引物名称 |
序列 |
| Forward primer | 5’-CCCACTTGGCAGTACATCAA-3’ |
| Reverse primer | 5’-GCCAAGTAGGAAAGTCCCAT-3’ |
引物Blast结果：
| Sequence (5′->3′) | Length | Tm | GC% | Self complementarity | Self 3′ complementarity | |
|---|---|---|---|---|---|---|
| Forward primer | CCCACTTGGCAGTACATCAA | 20 | 57.80 | 50.00 | 4.00 | 2.00 |
| Reverse primer | GCCAAGTAGGAAAGTCCCAT | 20 | 57.19 | 50.00 | 3.00 | 2.00 |
靶序列blast鉴定
>OM302268.1 Cloning vector pSF_lenti_LASV_Lineage_VII_L-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302266.1 Cloning vector pSF_lenti_LASV_Lineage_V_L-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302265.1 Cloning vector pSF_lenti_LASV_Lineage_V_S-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302267.1 Cloning vector pSF_lenti_LASV_Lineage_VII_S-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302264.1 Cloning vector pSF_lenti_LASV_Lineage_IV_L-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302263.1 Cloning vector pSF_lenti_LASV_Lineage_IV_S-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302262.1 Cloning vector pSF_lenti_LASV_Lineage_III_L-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302261.1 Cloning vector pSF_lenti_LASV_Lineage_III_S-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302260.1 Cloning vector pSF_lenti_LASV_Lineage_II_L-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>OM302259.1 Cloning vector pSF_lenti_LASV_Lineage_II_S-gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>ON012604.1 Targetting vector AAVS1 CAG iRFP720, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5021 .................... 5040 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5143 .................... 5124
>MW115905.1 Cloning vector pJM075_F8(hIgG1)-GITRL_FIS_LightChain, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3758 .................... 3777 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3880 .................... 3861
product length = 2259 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1622 .................... 1641 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3880 .................... 3861
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1622 .................... 1641 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1744 .................... 1725
>MW115902.1 Cloning vector pJM-2022a, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1935 .................... 1954 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 1823 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 357 .................... 338
>MW115904.1 Cloning vector pJM-2022b, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3154 .................... 3173 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3276 .................... 3257
product length = 3042 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3276 .................... 3257
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 357 .................... 338
>MW115901.1 Cloning vector pJM063_F8(dDb)-scmGITRL_N74S_N157T, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 6966 .................... 6985 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 7088 .................... 7069
>MW115900.1 Cloning vector pJM058_F8(hIgG1)-GITRL_FIS_monomer, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1935 .................... 1954 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 1823 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 357 .................... 338
>MW115899.1 Cloning vector pJM057_F8(hIgG1)-GITRL_trimer, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1935 .................... 1954 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 1823 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2057 .................... 2038
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 235 .................... 254 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 357 .................... 338
>MW115898.1 Cloning vector pJM047_KSF(dDb)-scmGITRL, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW115897.1 Cloning vector pJM033_F8(scFv)-mGITRL_monomer, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW115896.1 Cloning vector pJM029_F8(dDb)-scmGITRL, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>OK586152.1 Mus musculus transgenic EGFP (EGFP) gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3598 .................... 3617 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3720 .................... 3701
>MW775634.1 Vector pBWH-D64M-gfp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 433 .................... 452 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 555 .................... 536
>MW775631.1 Vector pO6-A5-WH-CMV-mChe, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2005 .................... 2024 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2127 .................... 2108
>MW775633.1 Vector pBWH-C5-mChe, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 540 .................... 559 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 662 .................... 643
>OL963780.1 Cloning vector RR11_RC_R_Tric, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2231 .................... 2250 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2353 .................... 2334
>OL963778.1 Cloning vector RR9_RC_FP_TagBFP_sfGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2231 .................... 2250 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2353 .................... 2334
>OL963779.1 Cloning vector RR10_RC_R_TagBFP_sfGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2250 .................... 2269 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2372 .................... 2353
>OL963777.1 Cloning vector RR8_RC_P_Twitch2B, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2428 .................... 2447 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2550 .................... 2531
>OL963776.1 Cloning vector RR7_RC_FP_Rs-EGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2231 .................... 2250 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2353 .................... 2334
>OL963775.1 Cloning vector RR6_RC_FP_Met-RS, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2231 .................... 2250 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2353 .................... 2334
>OL963774.1 Cloning vector RR5_RC_FP_Tric, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2231 .................... 2250 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2353 .................... 2334
>OL963773.1 Cloning vector RR4_RC_FP_PSAM, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2258 .................... 2277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2380 .................... 2361
>OL963772.1 Cloning vector RR3_RC_FP_L10GFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2252 .................... 2271 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2374 .................... 2355
>OL963771.1 Cloning vector RR2_RC_FP_hM3D, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2252 .................... 2271 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2374 .................... 2355
>OL963770.1 Cloning vector RR1_RC_FP_hM4De, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3368 .................... 3387 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3490 .................... 3471
>MW045215.1 Cloning vector p20020, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>OL870463.1 Vector pLenti-hACE2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 10540 .................... 10559 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 10662 .................... 10643
>OL870462.1 Vector pLenti-Control, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 460 .................... 479 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 582 .................... 563
>OL519600.1 Expression vector pCAG-hyPBase_exo, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>OL519599.1 Expression vector pCAG-hyPBase, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MZ351723.1 CMV reporter vector pGL4c1[mVenus2-luc2.3-Nluc], complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090956.1 CMV reporter vector pGL4c1:Rluc8N, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090955.1 CMV reporter vector pGL4c1:mNG, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090954.1 CMV reporter vector pGL4c1:mVenus2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090953.1 CMV reporter vector pGL4c1:Eluc3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090952.1 CMV reporter vector pGL4c1:Ppe2a, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090951.1 CMV reporter vector pGL4.10m-CMV:LmiTS2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090950.1 CMV reporter vector pGL4.10b-CMV:luc2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090949.1 CMV reporter vector pGL4c1:NOgra-luc, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>MZ090948.1 CMV reporter vector pGL4c1:luc2.3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 224 .................... 243 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 346 .................... 327
>LC663823.1 Synthetic construct plasmid pEGFP-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4625 .................... 4644 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4747 .................... 4728
product length = 2106 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2642 .................... 2661 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4747 .................... 4728
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2642 .................... 2661 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2764 .................... 2745
>OK558600.1 Vector pTwist KI-Template GFP-SAMHD1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5728 .................... 5747 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5850 .................... 5831
>MT921016.1 Vector pTTC_FusionRed_eGFP_3UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3533 .................... 3514 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3411 .................... 3430
>OK560913.1 Synthetic construct other-genetic sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1462 .................... 1481 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1584 .................... 1565
>OK413189.1 Synthetic construct plasmid 053_pLV_CAG_moxGFP_P2A_NanoLuc, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 276 .................... 295 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 398 .................... 379
>OK413188.1 Synthetic construct plasmid 020_pB_CAG_moxGFPnls_P2A_SecNanoLuc, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 718 .................... 737 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 840 .................... 821
>MW987532.2 Cloning vector CMV+ mScarlet-I with onboard mCitrine cassette, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4 .................... 23 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 126 .................... 107
>MW987531.2 Cloning vector pCEP4_CMV.tetO2_EGFP_mCherry cassette CMV+ episome, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3947 .................... 3966 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4069 .................... 4050
>MW987527.2 Cloning vector equalizer-L episome, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2438 .................... 2457 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2560 .................... 2541
>MZ708024.1 Cloning vector pFUW-C-prM-E-NS1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 460 .................... 479 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 582 .................... 563
>MZ703044.1 Synthetic construct THRB2 (THRB2) gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MZ703043.1 Synthetic construct THRB2 (THRB2) gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>OK272511.1 Recombinant vector AAV-COVID19-06, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>OK272510.1 Recombinant vector AAV-COVID19-05, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>OK272509.1 Recombinant vector AAV-COVID19-04, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>OK272508.1 Recombinant vector AAV-COVID19-03, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>OK272507.1 Recombinant vector AAV-COVID19-02, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>OK272506.1 Recombinant vector AAV-COVID19-01, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 391 .................... 410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 513 .................... 494
>MT525969.1 Mammalian gene expression vector pRP-EGFP-Col1a2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 6905 .................... 6924 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 7027 .................... 7008
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 247 .................... 266 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 369 .................... 350
>MZ332518.1 Synthetic construct DsRed and BSD genes, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1308 .................... 1327 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1430 .................... 1411
product length = 974 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1430 .................... 1411
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307780.1 Cloning vector pcDNA-NES-DEVD-mCardinal-NLS, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307779.1 Cloning vector pcDNA-NBid-PhoCl2c-CBid, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307778.1 Cloning vector pcDNA-NBid-PhoCl1-CBid, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307777.1 Cloning vector pcDNA-NBid-mMaple-CBid, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307776.1 Cloning vector pcDNA-NES-PhoCl2f-mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW307775.1 Cloning vector pcDNA-NES-PhoCl2c-mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MT702985.1 BAC cloning vector pDEV-CHa
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4226 .................... 4245 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4348 .................... 4329
>MW852482.1 Synthetic construct clone pSP589_Spear-ATAC_sgNT-2 sgRNA gene, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2255 .................... 2236 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2133 .................... 2152
>MZ099631.1 Multi-promoter Equalizer-L/mCherry cassette vector, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 10097 .................... 10116 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 10219 .................... 10200
product length = 3143 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 7077 .................... 7096 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 10219 .................... 10200
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 7077 .................... 7096 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 7199 .................... 7180
product length = 3088 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4112 .................... 4131 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 7199 .................... 7180
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4112 .................... 4131 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4234 .................... 4215
>MW528464.1 Human betaherpesvirus 5 isolate BM34
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 175034 .................... 175015 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 174912 .................... 174931
>MW528460.1 Human betaherpesvirus 5 isolate BM5
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 175296 .................... 175277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 175174 .................... 175193
>MT276428.1 Cloning vector pRP-mChery-col1a2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 6896 .................... 6915 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 7018 .................... 6999
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 247 .................... 266 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 369 .................... 350
>MW560964.1 Expression vector RFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4739 .................... 4758 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4861 .................... 4842
>MW560963.1 Expression vector SARSCoV2SGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5013 .................... 5032 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5135 .................... 5116
>MW560962.1 Expression vector SARSCoV2S&SmBit, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5013 .................... 5032 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5135 .................... 5116
>MW560961.1 Expression vector SARSCoV2SP681H, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560960.1 Expression vector SARSCoV2SD614G, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560959.1 Expression vector SARSCoV2SN501Y, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560958.1 Expression vector SARSCoV2SY453F, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560957.1 Expression vector SARSCoV2S, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560956.1 Expression vector MERSCoVS, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW560955.1 Expression vector SARSCoV1S, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW079275.1 Synthetic construct clone GA2insert other-genetic sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 813 .................... 832 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 935 .................... 916
>MW079273.1 Vector pGA2product, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3853 .................... 3872 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3975 .................... 3956
>MW247174.1 Synthetic construct clone scPP7-hBAX hBAX gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247173.1 Synthetic construct clone scMS2-PP7CP-T2A-Bcl2 PP7CP-T2A-Bcl2 gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247172.1 Synthetic construct clone nTVMVp-FRB-T2A-FKBP-cTVMVp-NZ nTVMVp-FRB-T2A-FKBP-cTVMVp-NZ gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247171.1 Synthetic construct clone CMV-TO-ZscHCVP CZ-HCVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4326 .................... 4345 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4448 .................... 4429
>MW247170.1 Synthetic construct clone AFP-riboswitch-CZ-HCVp CZ-HCVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MW247169.1 Synthetic construct clone nTEVp-YAP-T2A-14-3-3-cTEVp nTEVp-YAP-T2A-14-3-3-cTEVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247168.1 Synthetic construct clone nTEVp-PLY1-T2A-ABI-cTEVp nTEVp-PLY1-T2A-ABI-cTEVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247167.1 Synthetic construct clone nTEVp-CIBN-T2A-CRY2-cTEVp nTEVp-CIBN-T2A-CRY2-cTEVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247166.1 Synthetic construct clone FKBPd-CZ-tvmvS-L7Ae FKBPd-CZ-tvmvS-L7Ae gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247165.1 Synthetic construct clone CZ-nL7Ae-tvmvS-cL7Ae CZ-nL7Ae-tvmvS-cL7Ae gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247164.1 Synthetic construct clone tevD-NZ-hcvD-MS2CP tevD-NZ-hcvD-MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247163.1 Synthetic construct clone tevD-MS2CP tevD-MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247162.1 Synthetic construct clone tevD-MS2CP-NZ-hcvS-DHFRd tevD-MS2CP-NZ-hcvS-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247161.1 Synthetic construct clone NZ-hcvD-MS2CP NZ-hcvD-MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247160.1 Synthetic construct clone NZ-hcvD-MS2CP-tevS-DHFRd NZ-hcvD-MS2CP-tevS-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247159.1 Synthetic construct clone MS2CP-tevS-DHFRd MS2CP-tevS-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247158.1 Synthetic construct clone Kt-tevD-NZ-hcvD-MS2CP tevD-NZ-hcvD-MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247157.1 Synthetic construct clone Kt-MS2CP MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247156.1 Synthetic construct clone Kt-FKBPd-NZ-hcvS-MS2CP-tevS-DHFRd FKBPd-NZ-hcvS-MS2CP-tevS-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247155.1 Synthetic construct clone FKBPd-NZ-hcvS-MS2CP FKBPd-NZ-hcvS-MS2CP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247154.1 Synthetic construct clone FKBPd-NZ-hcvS-MS2CP-tevS-DHFRd FKBPd-NZ-hcvS-MS2CP-tevS-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247153.1 Synthetic construct clone scMS2-dEGFP dEGFP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247152.1 Synthetic construct clone Kt-dEGFP dEGFP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW247150.1 Synthetic construct clone pmCherry-C1 mCherry gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331580.1 Synthetic construct clone scMS2-hBAX hBAX gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331579.1 Synthetic construct clone Kt-MS2CP-T2A-Bcl2 MS2CP-T2A-Bcl2 gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331578.1 Synthetic construct clone NES-WDR5-HCVp NES-WDR5-HCVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4326 .................... 4345 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4448 .................... 4429
>MW331577.1 Synthetic construct clone NES-TAF1-TBP-HCVp NES-TAF1-TBP-HCVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4326 .................... 4345 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4448 .................... 4429
>MW331576.1 Synthetic construct clone BIN1-HCVp BIN1-HCVp gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4326 .................... 4345 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4448 .................... 4429
>MW331575.1 Synthetic construct clone NES-CTNNB1-L7Ae-hcvS-TAF1-TBP-DHFRd NES-CTNNB1-L7Ae-hcvS-TAF1-TBP-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331574.1 Synthetic construct clone NES-L7Ae-hcvS-WDR5-DHFRd NES-L7Ae-hcvS-WDR5-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331573.1 Synthetic construct clone NES-L7Ae-hcvS-TAF1-TBP-DHFRd NES-L7Ae-hcvS-TAF1-TBP-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331572.1 Synthetic construct clone L7Ae-hcvS-BIN1-DHFRd L7Ae-hcvS-BIN1-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331571.1 Synthetic construct clone NES-CTNNB1-L7Ae NES-CTNNB1-L7Ae gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331570.1 Synthetic construct clone tevD-L7Ae-hcvS-NZ-DHFRd tevD-L7Ae-hcvS-NZ-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331569.1 Synthetic construct clone L7Ae-hcvS-NZ-DHFRd L7Ae-hcvS-NZ-DHFRd gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331568.1 Synthetic construct clone tevD-L7Ae tevD-L7Ae gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW331567.1 Synthetic construct clone Kt-SEAP SEAP gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MW289908.1 Reverse genetics vector pCCI-4K-SARS-CoV-2-ZsGreen, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 314 .................... 333 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 436 .................... 417
>MW598454.1 Expression vector SARS-CoV-2-S-E484K, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MW598453.1 Expression vector SARS-CoV-2-S-N439K, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2940 .................... 2959 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3062 .................... 3043
>MT891368.1 Cloning vector pBoxCDGC_2xKMet_EGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT891367.1 Cloning vector pT-GTW6-CMV-mKate, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891366.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR221ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891365.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR221ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891364.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR221ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891363.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR221ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891362.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR221ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891361.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR221ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891360.1 Cloning vector pT-GTW6-CMV-mKate_4xmiR21ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891359.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR21ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891358.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR21ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891357.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR21ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891356.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR21ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891355.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR21ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891354.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR21ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891353.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR31ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891352.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR31ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891351.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR31ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891350.1 Cloning vector pT-GTW6-CMV-mKate_3xmiR31ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891349.1 Cloning vector pT-GTW6-CMV-mKate_2xmiR31ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891348.1 Cloning vector pT-GTW6-CMV-mKate_1xmiR31ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 297 .................... 316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 419 .................... 400
>MT891347.1 Cloning vector pBI-CMV-EGFP-mKate-3xmiR31ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3535 .................... 3554 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3657 .................... 3638
>MT891346.1 Cloning vector pBI-CMV-EGFP-mKate-1xmiR31ts3’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1244 .................... 1263 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1366 .................... 1347
>MT891345.1 Cloning vector pBI-CMV-EGFP-mKate-3xmiR31ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1244 .................... 1263 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1366 .................... 1347
>MT891344.1 Cloning vector pBI-CMV-EGFP-mKate-1xmiR31ts5’UTR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3607 .................... 3626 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3729 .................... 3710
>MT891343.1 Cloning vector pBI-CMV-EGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1268 .................... 1287 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1390 .................... 1371
>MT891342.1 Cloning vector pBI-CMV-EGFP-mKate, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3607 .................... 3626 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3729 .................... 3710
>MT731686.1 Cloning vector pGPS-CMV/GFP-Kn-FRT, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 199 .................... 218 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 321 .................... 302
>MN232104.1 MCherry and eGFP expression vector pTTC-Mmus-WT, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2337 .................... 2318 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2215 .................... 2234
>MN232103.1 MCherry and eGFP expression vector pTTC-Hsap-WT, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2337 .................... 2318 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2215 .................... 2234
>MW408786.1 Recombinant vector AAVCOVID19-3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 428 .................... 447 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 550 .................... 531
>MT926412.1 Reverse genetics vector pCCI-4K-SARS-CoV-2-NanoLuc, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 314 .................... 333 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 436 .................... 417
>MT926411.1 Reverse genetics vector pCCI-4K-SARS-CoV-2-mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 314 .................... 333 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 436 .................... 417
>MT926410.1 Reverse genetics vector pCCI-4K-SARS-CoV-2-Wuhan-Hu-1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 314 .................... 333 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 436 .................... 417
>MN184737.1 Viral vector pSF lenti NiV-L, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MN184736.1 Viral vector pSF lenti NiV-F-G, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MN184735.1 Viral vector pSF lenti NiV-N-P-M, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MT800778.1 Cloning vector pcDNA3.1/ICUE3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 327 .................... 346 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 449 .................... 430
>MT800777.1 Cloning vector pcDNA3.1/AKAR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 327 .................... 346 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 449 .................... 430
>MT886700.1 Muromegalovirus G4
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 8125 .................... 8106 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 8003 .................... 8022
>MT267310.1 Cloning vector pLeo1249, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 251 .................... 270 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 373 .................... 354
>MT267300.1 Cloning vector pAB150, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MT267299.1 Cloning vector pAB149, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MT233540.1 Cloning vector pRcTAL-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233539.1 Cloning vector pnpgA-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233538.1 Cloning vector pnnLuz-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233537.1 Cloning vector pnnHispS-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233536.1 Cloning vector pnnH3H-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233535.1 Cloning vector pnnCPH-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233534.1 Cloning vector pHpaC-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT233533.1 Cloning vector pHpaB-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MT299805.1 Cloning vector pSF_lenti_SARS-CoV-2_partial-S/E/M/N, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MT299804.1 Cloning vector pSF_lenti_SARS-CoV-2_partial-ORF1b/partial-S, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MT299803.1 Cloning vector pSF_lenti_SARS-CoV-2_partial-ORF1ab, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MT299802.1 Cloning vector pSF_lenti_SARS-CoV-2_partial-ORF1a, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 859 .................... 878 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 981 .................... 962
>MN996870.1 Cloning vector pP-anti-VEGF-scFV-MS2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996869.1 Cloning vector pB-degron-tvmvS-MCP-cNOT7-E2A-MCP-cNOT7-tevS-degron-P2A-nTEVp-YAP-T2A-14-3-3sigma-cTEVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996868.1 Cloning vector pcDNA3.1-anti-VEGF-scFV, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996867.1 Cloning vector pcDNA3.1_+, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996866.1 Cloning vector pcDNA3.1-AFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996865.1 Cloning vector pH-AFP-riboswitch_TVMVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996864.1 Cloning vector pB-NOT-degron-tvmvS-MCP-cNOT7-E2A-firefly, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996863.1 Cloning vector pcDNA3_1-LATS1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996862.1 Cloning vector pcDNA3_1-STK3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996861.1 Cloning vector pB-NOT-MCP-cNOT7-tevS-degron-P2A-nTEVp-YAP-T2A-14-3-3sigma-cTEVp-E2A-Firefly, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996860.1 Cloning vector pB-10-2NIMPLY1-MCP-tvmvS-cNOT7-E2A-MCP-cNOT7-tevS-degron-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996859.1 Cloning vector pB-9-2IMPLY1-degron-tvmvS-MCP-tevS-cNOT7-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996858.1 Cloning vector pB-8-1NIMPLY2-degron-tvmvS-MCP-cNOT7-E2A-MCP-tevS-cNOT7-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996857.1 Cloning vector pB-7-1IMPLY2-MCP-tvmvS-cNOT7-tevS-degron-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996856.1 Cloning vector pB-6-XNOR-degron-tvmvS-MCP-tevS-cNOT7-E2A-MCP-tvmvS-cNOT7-tevS-degron-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996855.1 Cloning vector pB-5-XOR-degron-tvmvS-MCP-cNOT7-tevS-degron-E2A-MCP-tevS-tvmvS-cNOT7-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996854.1 Cloning vector pB-4-NOR-degron-tvmvS-MCP-cNOT7-E2A-MCP-cNOT7-tevS-degron-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996853.1 Cloning vector pB-3-NAND-degron-tvmvS-MCP-cNOT7-tevS-degron-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996852.1 Cloning vector pB-2-OR-MCP-tevS-tvmvS-cNOT7-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996851.1 Cloning vector pB-1-AND-MCP-tevS-cNOT7-E2A-MCP-tvmvS-cNOT7-F2A-nTEVp-FRB-T2A-FKBP-cTEVp-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996850.1 Cloning vector pB-NOT-degron-tmvmS-MCP-cNOT7-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996849.1 Cloning vector pB-BUF-MCP-tvmvS-cNOT7-P2A-L7Ae-SMASh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996848.1 Cloning vector pH-K-turns_TVMVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996847.1 Cloning vector pB-NOT-MCP-degron-tvmvS-cNOT7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996846.1 Cloning vector pH-TVMVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996845.1 Cloning vector pB-BUF-MCP-tvmvS-cNOT7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996844.1 Cloning vector pB-NOT-MCP-cNOT7-tevS-degron-P2A-nTEVp-FRB-T2A-FKBP-cTEVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996843.1 Cloning vector pB-BUF-MCP-tevS-cNOT7-P2A-nTEVp-FRB-T2A-FKBP-cTEVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996841.1 Cloning vector pB-rtTA, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996840.1 Cloning vector pB-tTA, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996839.1 Cloning vector pB-NOT-MCP-cNOT7-tevS-degron, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996838.1 Cloning vector pH, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996837.1 Cloning vector pH-TEVp, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996836.1 Cloning vector pP-secNluc-MS2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN996835.1 Cloning vector pB-BUF-MCP-tevS-cNOT7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN922300.1 Expression vector pcDNA3-HA-OPRD1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MT019341.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 3 heavy chain with immunoglobulin gamma 1 CH1c region gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3785 .................... 3766 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3663 .................... 3682
>MT019340.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 3 heavy chain with immunoglobulin gamma 1 CH1b region gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3785 .................... 3766 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3663 .................... 3682
>MT019339.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 3 heavy chain with immunoglobulin gamma 1 CH1a region gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3785 .................... 3766 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3663 .................... 3682
>MT019338.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 3 heavy chain with immunoglobulin gamma 1 hinge domain gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3776 .................... 3757 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3654 .................... 3673
>MT019337.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 1 heavy chain with immunoglobulin gamma 3 hinge domain gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3785 .................... 3766 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3663 .................... 3682
>MT019336.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 3 heavy chain gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3785 .................... 3766 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3663 .................... 3682
>MT019335.1 Synthetic construct mouse antibody 2H1-immunoglobulin gamma 1 heavy chain gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3776 .................... 3757 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3654 .................... 3673
>MT019334.1 Synthetic construct mouse antibody 2H1-immunoglobulin kappa light chain gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3108 .................... 3089 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2986 .................... 3005
>MT277585.1 Mutant Human adenovirus 2 isolate HAdV-C2-dE3B-CMV-GFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 29987 .................... 30006 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 30109 .................... 30090
>MN811115.1 Expression vector pGM47, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MN811114.1 Expression vector pGM74, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MN811105.1 Expression vector pKK44, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4878 .................... 4897 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5000 .................... 4981
>MN811103.1 Expression vector pKK110, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MN811101.1 Expression vector pKK82, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 464 .................... 483 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 586 .................... 567
>MN811100.1 Expression vector pKK50, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2456 .................... 2475 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2578 .................... 2559
>MN920393.1 Human betaherpesvirus 5 clone AD169-BAC20
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 174568 .................... 174549 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 174446 .................... 174465
>MN900952.1 Human betaherpesvirus 5 clone AD169-BAC2
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 174567 .................... 174548 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 174445 .................... 174464
>MN542793.1 Expression vector pMT-1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 331 .................... 350 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 453 .................... 434
>MN604081.1 Expression vector pMT-2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 179 .................... 198 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 301 .................... 282
>MK988448.1 Vector pIgG1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2391 .................... 2410 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2513 .................... 2494
product length = 2242 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 272 .................... 291 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2513 .................... 2494
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 272 .................... 291 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 394 .................... 375
>MN645910.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- H, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645909.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- G2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645908.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- F, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645907.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- E2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645906.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- D, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645905.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- C2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645904.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- B2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN645903.1 Cloning vector pcDNA3.1Zeo(-)-HBV1.1- A2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MH796784.1 Synthetic construct clone BAC 1-5
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 107887 .................... 107906 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 108009 .................... 107990
>MH796783.1 Synthetic construct clone BAC 10-6
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 107750 .................... 107769 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 107872 .................... 107853
>MN488837.1 Macacine gammaherpesvirus 5 isolate rRRVgag-delta-gL-LDNA
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 415 .................... 434 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 537 .................... 518
>MN052906.1 Cloning vector pCMV-CytERM-mCherry-F30-2xPepper10, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MN052904.1 Cloning vector pCMV-mCherry-F30-2xPepper10, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>LC496472.1 Mus musculus transgenic strain 4C30 St3GalII gene for ST3 beta-galactoside alpha-2,3-sialyltransferase 2, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3824 .................... 3843 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3946 .................... 3927
product length = 3628 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 319 .................... 338 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3946 .................... 3927
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 319 .................... 338 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 441 .................... 422
>MN224159.1 Vector AAV-cDNA6-V5His pTRE3G-Bi-gePSI-pCMV-AcGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2363 .................... 2382 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2485 .................... 2466
>MN224154.1 Vector AAV-cDNA6-V5His pCMV-FLEx-TetOn3G-3xHA-FLEx, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 520 .................... 539 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 642 .................... 623
>LC495729.1 Eukaryotic synthetic construct DNA, pCAGGS-based transgene expressing mouse ST3GalII, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 226 .................... 245 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 348 .................... 329
>MK816964.1 Cloning vector pDN-MMa6h, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MK816963.1 Cloning vector pDN-D2irTNG5kwh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MK816960.1 Cloning vector pKF-D2irTNP2AG-T2APuroR-5kwh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MK816959.1 Cloning vector pDN-D2irTN2AG5kwh, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MK225672.1 Recombinant vector pTR-CB-GFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4388 .................... 4407 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4510 .................... 4491
>MK225671.1 Recombinant vector pTR-CB-IGF1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4388 .................... 4407 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4510 .................... 4491
>MK909077.1 Cloning vector AbVec6W-hIgG1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 226 .................... 245 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 348 .................... 329
>MK909076.1 Cloning vector AbVec6W-hIgLambda, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 226 .................... 245 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 348 .................... 329
>MK909075.1 Cloning vector AbVec6W-hIgKappa, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 226 .................... 245 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 348 .................... 329
>MK764037.1 Mammalian expression vector pMJA297, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2335 .................... 2316 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2213 .................... 2232
>MK764036.1 Mammalian expression vector pMJA295, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1997 .................... 1978 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1875 .................... 1894
>MK764035.1 Mammalian expression vector pMJA290, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2336 .................... 2317 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2214 .................... 2233
>MK801288.1 Cloning vector RS474_ErbB-RASER1C-dCas9VP64, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 460 .................... 479 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 582 .................... 563
>MK801287.1 Cloning vector RS540-AAV-ErbB-RASER1C-OFPBidBH3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 376 .................... 395 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 498 .................... 479
>MK801286.1 Cloning vector RS511_ErbB-RASER1C-OFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3054 .................... 3073 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3176 .................... 3157
product length = 2968 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 209 .................... 228 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3176 .................... 3157
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 209 .................... 228 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 331 .................... 312
>MK801285.1 Cloning vector RS213_ErbB-RASER1N-OFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3054 .................... 3073 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3176 .................... 3157
product length = 2968 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 209 .................... 228 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3176 .................... 3157
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 209 .................... 228 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 331 .................... 312
>MK453498.1 Cloning vector pCHX185, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MK453497.1 Cloning vector pCHX181, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MK453496.1 Cloning vector pCHX178, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MK453495.1 Cloning vector pCHX130, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MK453494.1 Cloning vector pCHX91, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MK448012.1 Cloning vector pCHX50, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 262 .................... 281 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 384 .................... 365
>MH212166.1 Expression vector pCMV-NP868R, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 213 .................... 232 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 335 .................... 316
>MK433567.1 Cloning vector pTetON-BMP2/7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3586 .................... 3567 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3464 .................... 3483
>MK433566.1 Cloning vector pVAX1-BMP2/7 (+), complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3637 .................... 3656 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3759 .................... 3740
product length = 3502 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 258 .................... 277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3759 .................... 3740
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 258 .................... 277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 380 .................... 361
>MK433565.1 Cloning vector pVAX1-BMP2/7 (-), complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 258 .................... 277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 380 .................... 361
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5619 .................... 5600 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5497 .................... 5516
>MK433564.1 Cloning vector pVAX1-BMP7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 258 .................... 277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 380 .................... 361
>MK433563.1 Cloning vector pVAX1-BMP2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 258 .................... 277 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 380 .................... 361
>MK317917.1 Cloning vector CMV-DHFR-mGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 165 .................... 184 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 287 .................... 268
>MK317916.1 Cloning vector CMV-mWTGFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 165 .................... 184 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 287 .................... 268
>MK317915.1 Cloning vector CMV-DHFR-mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 165 .................... 184 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 287 .................... 268
>MN488839.2 Macacine gammaherpesvirus 5 isolate RRV-YFP-wt
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 415 .................... 434 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 537 .................... 518
>MN488838.2 Macacine gammaherpesvirus 5 isolate RRV-YFP-delta-gL
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 415 .................... 434 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 537 .................... 518
>MH325099.2 Vector Wild-type AdPol, complete sequence
product length = 124 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 10303 .................... 10322 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 10426 .................... 10407
>MH325100.2 Vector EP-Pol, complete sequence
product length = 124 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 10303 .................... 10322 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 10426 .................... 10407
>MK012431.1 Expression vector FOXP3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2515 .................... 2534 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2637 .................... 2618
>MK213797.1 Human betaherpesvirus 5 isolate UCSF-1a
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 46543 .................... 46562 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 46665 .................... 46646
>MH883360.1 Cloning vector P133, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883359.1 Cloning vector pL-R1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883358.1 Cloning vector pL-C1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MH883357.1 Cloning vector pEXPR, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883356.1 Cloning vector pE7, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883355.1 Cloning vector pE6, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883354.1 Cloning vector pE5, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883353.1 Cloning vector pE4, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883352.1 Cloning vector pE3, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883351.1 Cloning vector pE2, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883350.1 Cloning vector pE1, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883349.1 Cloning vector p155, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883348.1 Cloning vector p154, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883347.1 Cloning vector p153, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883346.1 Cloning vector p152, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883345.1 Cloning vector p151, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883344.1 Cloning vector p150, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883343.1 Cloning vector p149, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883342.1 Cloning vector p148, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883341.1 Cloning vector p147, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883340.1 Cloning vector p146, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883339.1 Cloning vector p143, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883338.1 Cloning vector p134, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883337.1 Cloning vector p127, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MH883336.1 Cloning vector p125, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883335.1 Cloning vector p124, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883334.1 Cloning vector p122, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MH883333.1 Cloning vector p99, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883332.1 Cloning vector p98, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MH883331.1 Cloning vector p97, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 282 .................... 301 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 404 .................... 385
>MK046076.1 Expression vector CMVmKIF17S1029AmCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 374 .................... 393 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 496 .................... 477
>MK046075.1 Expression vector CMVmKIF17S1029DmCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 374 .................... 393 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 496 .................... 477
>MK046074.1 Expression vector CMVmKIF17mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 374 .................... 393 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 496 .................... 477
>MH607407.1 Expression vector pYL4, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 5817 .................... 5836 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 5939 .................... 5920
>LT962383.1 Plasmid vector for mammalian expression of somatostatin receptor 3 and mCherry fluorescent protein
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>LT962382.1 Plasmid vector for mammalian expression of somatostatin receptor 2 and mCherry fluorescent protein
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>LT962381.1 Plasmid vector for mammalian expression of somatostatin receptor 5 and mCherry fluorescent protein
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 207 .................... 226 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 329 .................... 310
>MH782476.1 Cloning vector pMJA219, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 2253 .................... 2234 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 2131 .................... 2150
>MH782473.1 Cloning vector pMJA285, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 4033 .................... 4052 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 4155 .................... 4136
>MK318530.1 Cloning vector p2U6-CAG-Cas9-p2A-puro, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1006 .................... 1025 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1128 .................... 1109
>MK318529.1 Lentiviral transfer vector FUW-tetO, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 267 .................... 286 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 389 .................... 370
>LC377933.1 Expression vector pEelfExp-puro DNA, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 243 .................... 262 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 365 .................... 346
>MK161520.1 Cloning vector pFastBac-ie1-OSKM, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 9339 .................... 9358 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 9461 .................... 9442
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 7080 .................... 7061 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 6958 ..................G. 6977
product length = 2504 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 9461 .................... 9442 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 6958 ..................G. 6977
>MK160997.1 Synthetic construct mCherry gene, complete cds
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3359 .................... 3340 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3237 .................... 3256
>MH325116.1 Vector delprot-delAdPol, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 953 .................... 972 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1075 .................... 1056
>MH325115.1 Vector AdEvolve-DEST, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 3784 .................... 3765 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 3662 .................... 3681
>MH325114.1 Vector tTAmut.GFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1740 .................... 1721 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1618 .................... 1637
>MH325113.1 Vector tTAwt.mCherry, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 1740 .................... 1721 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1618 .................... 1637
>MH325112.1 Vector AdCFP, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 953 .................... 972 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 1075 .................... 1056
>MH325111.1 Vector pcDNA3.1-KanFDEST, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MH325110.1 Vector pcDNA3.1-tTAaak, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
>MH325109.1 Vector pcDNA3.1-tTA, complete sequence
product length = 123 Forward primer 1 CCCACTTGGCAGTACATCAA 20 Template 457 .................... 476 Reverse primer 1 GCCAAGTAGGAAAGTCCCAT 20 Template 579 .................... 560
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