Winston Lab Strain Finder
Department of Genetics

Bacteria


Displaying 2501 - 2807 of 2807
Contains
Strain Name Strain Alias Source Comments Host Host Markers Plasmids Plasmid Markers
pMS37
FB2560 pET28bSPT3 Annie K. Kan resistant DH5a pET28b-SPT3 SPT3
FB2561 pHM27 Alain Verreault YcP22 pHM27 HHT1-HHF1 CEN TRP1
FB2562 pHM146 Alain Verreault YCp22 pHM146 hht1K56A-HHF1 CEN TRP1
FB2563 pHM147 Alain Verreault YCp22 pHM147 hht1K56Q-HHF1 CEN TRP1
FB2564 pHM148 Alain Verreault YCp22 pHM148 hht1K56R-HHF1 CEN TRP1
FB2565 pHM169 Hiroshi Masumoto YIplac204, cut with Bsu36I to integrate
will not work in a trp1D63 strain 		pHM169 HHT1-HHF1 TRP1
FB2566 pHM164 Alain Verreault YIplac204 TRP1 cut with Bsu36I to integrate, but doesn't work with trp1D63 pHM164 hht1K56A-HHF1 TRP1
FB2567 pHM165 Alain Verreault YIplac204 TRP1 cut with Bsu36I to integrate but doesn't work for trp1d63 pHM165 hht1K56Q-HHF1 TRP1
FB2568 pHM166 Alain Verreault YIplac204 TRP1 cut with Bsu36I to integrate but doesn't work for trp1D63 pHM166 hht1K56R-HHF1 TRP1
FB2569 CB107 Charlie Hoffman self-ligated Invitrogen pNMT1-TOPO vector
full strength nmt1 promoter 		pNMT1-TOPO nmt1 promoter S.c. LEU2
FB2570 CB109 Charlie Hoffman self ligated Invitrogen pNMT41-TOPO vector mid strength nmt1 promoter pNMT41-TOPO nmt41 promoter S.C. LEU2
FB2571 CB111 Charlie Hoffman self ligated Invitrogen vector pNMT81-TOPO low strength nmt1 promoter pNMT81-TOPO nmt81 promoter S.c. LEU2
psh17-4
FB2572 pFA6a Krista LexA promoter in place of Gal1 promoter marked by kanMx DH5a pFA6a-kanmx-LexA LexA promoter KanMx
FB2573 ZM467 Zarmik Struhl lab pMPY-3xFLAG in place of 3xHA DH5a pMPY-3xFLAG FLAG URA3
FB2574 pBS1761 Moazed lab Seraphin lab N-terminal TAP tag w/Gal promoter that can be looped out by loxP sites DH5a pDM703 Klactis TRP1 TAP tag
FB2575 pDM702 Moazed lab pGal/Cre/URA3 - express Cre under Gal induction for looping out LoxP sites DH5a pDM702 Gal1pr Cre URA3
FB2576 p433 Angelica Amon AF mutation introduces a BsmI site in cdc28 p433 cdc28-T18A Y19F URA3
FB2577 pRH3 Hoffman lab pombe lys2+
Current Genetics (2006) 49:414-420 		DH5a pRH3 lys2+
FB2578 pAF1 Hoffman lab pombe his3+
Biotechniques (2000) 28(3):532-540 		DH5a pAF1 his3+
FB2579 pWH5 Charlie Hoffman A. Wrught et al. Plasmid (1986) 15:156-158 (in notebook)
S. cerevisiae LEU2, 2micron 		DH5a pWH5 S.c. LEU2 2 micron
FB2580 pRep42 F. Fagerstrom-Billai S.p. ura4+
Greenall et. al. MCB 2002 13 (9) 2977-89 		DH5a pRep42 S.p. ura4+
FB2581 pRep42-tup F. Fagerstrom-Billai S.p. tup11+ ura4+
F. Fagerstrom-Billai and Wright, MCB 2005 25:716-727 		DH5a pREP42-tup11 S.p. tup11+ ura4+
FB2584 pRep42-tup F. Fagerstrom-Billai S.p. tup12+ ura4+
F. Fagerstrom-Billai and Wright, MCB 2005 25:716-727 		DH5a pRep42-tup12 S.p. ura4+ tup12+
FB2582 pDUAL F. Fagerstrom-Billai S.p. ura4+ nmt1 promoter
F. Fagerstrom-Billai et al. MCB (2007) 27:1069-1082 		DH5a pDUAL-FFH ura4+ nmt1 promoter FLAG 6xHis ADH1 term
FB2583 pDUAL F. Fagerstrom-Billai S.p. ura4+ nmt1 promoter ssn6+
F. Fagerstrom-Billai et al. MCB (2007) 27:1069-1082 		DH5a pDUAL-ssn6+ ssn6+ ura4+ nmt1 prom ADH1 term 6xHis FLAG
FB2114
%FB2114%
FB2590 pYM19 Euroscarf YEAST 2004;21:947-962 DH5a pYM19 HIS3Mx6 9MYC
FB2591 pYM21 Euroscarf YEAST 2004;21:947-962 DH5a pYM21 natNT2 9MYC
FB2592 pYM35 Euroscarf YEAST 2004;21:947-962 DH5a pYM35 KanMx4 DSRed1 MET25pr
FB2593 pYM43 Euroscarf YEAST 2004;21:947-962 DH5a pYM43 natNT2 RED STAR2
FB2594 pYM-N2 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N2 kanMx4 CUP1-1pr
FB2595 pYM-N10 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N10 CYC1pr kanMx4
FB2596 pYM-N18 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N18 TEFpr kanMX4
FB2597 pYM-N26 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N26 GAL1pr kanMX4
FB2598 pYM-N34 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N34 MET25pr kanMX4
FB2599 pFA6natNT2 Euroscarf YEAST 2004;21:947-962 DH5a pFA6-natNT2 natNT2
FB2600 pYM20 Euroscarf YEAST 2004;21:947-962 DH5a pYM20 hphNT1pr 9Myc
FB2601 pYM28 Euroscarf YEAST 2004;21:947-962 DH5a pYM28 HIS3MX6 EGFP
FB2602 pYM36 Euroscarf YEAST 2004;21:947-962 DH5a pYM36 KlTRP1 DsRED1
FB2603 pYM44 Euroscarf YEAST 2004;21:947-962 DH5a pYM44 HIS3MX6 yeGFP
FB2604 pYM-N3 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N3 natNT2 3HA CUP1-1pr
FB2605 pYM-N11 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N11 natNT2 CYC1pr
FB2606 pYM-N19 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N19 natNT2 TEFpr
FB2607 pYM-N27 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N27 natNT2 GALLpr
FB2608 pYM-N35 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N35 natNT2 MET25pr
FB2609 pYM13 DH5a YEAST 2004;21:947-962 DH5a pYM13 kanMX4 TAP
FB2610 pYM21 Euroscarf YEAST 2004;21:947-962 DH5a pYM21 natNT2 9Myc
FB2611 pYM29 Euroscarf YEAST 2004;21:947-962 DH5a pYM29 EGFP klTRP1
FB2612 pYM45 Euroscarf YEAST 2004;21:947-962 DH5a pYM45 IHA kanMX4
FB2613 pYM-N4 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N4 natNT2 yeGFP CUP1-1pr
FB2614 pYM-N12 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N12 CYC1pr natNT2 3HA
FB2615 pYM-N20 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N20 TEFpr 3HA natNT2
FB2616 pYM-N28 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N28 GALLpr 3HA natNT2
FB2617 pYM-N36 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N36 MET25pr 3HA natNT2
FB2618 pYM14 DH5a YEAST 2004;21:947-962 DH5a pYM14 kanMX4 6HA
FB2619 pYM22 Euroscarf YEAST 2004;21:947-962 DH5a pYM22 klTRP1 3HA
FB2620 pYM30 Euroscarf YEAST 2004;21:947-962 DH5a pYM30 ECFP kanMX4
FB2621 pYM38 Euroscarf YEAST 2004;21:947-962 DH5a pYM38 RedStar kanMX4
FB2622 pYM46 Euroscarf YEAST 2004;21:947-962 DH5a pYM46 IMyc-7His kanMX4
FB2623 pYM-N5 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N5 CUP1-1pr ProA natNT2
FB2624 pYM-N13 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N13 CYC1pr yeGFP natNT2
FB2625 pYM-N21 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N21 TEFpr yeGFP natNT2
FB2626 pYM-N29 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N29 GALLpr yeGFP natNT2
FB2627 pYM-N37 Euroscarf YEAST 2004;21:947-962 DH5a pYM-N37 MET25pr yeGFP natNT2
FB2628 pYM15 Euroscarf YEAST 2004;21:947-962 DH5a pYM15 6HA HIS3MX6
FB2629 pYM23 Euroscarf YEAST 2004;21:947-962 DH5a pYM23 3Myc klTRP1
FB2630 pYM31 Euroscarf YEAST 2004;21:947-962 DH5a pYM31 ECFP HIS3MX6
FB2631 pYM39 Euroscarf YEAST 2004;21:947-962 DH5a pYM39 EYFP kanMX4
FB2632 pYM47 Euroscarf Yeast 2004;21:947-962 DH5a pYM47 hphNT1 FlAsH
FB2633 pYM-N6 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N6 kanMX4 ADH
FB2634 pYM-N14 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N14 kanMx4 GPDpr
FB2635 pYM-N22 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N22 kanMx4 GAL1pr
FB2636 pYM-N30 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N30 kanMx4 GALs pr
FB2637 pYM16 Euroscarf Yeast 2004;21:947-962 DH5a pYM16 hphNT1 6HA
FB2638 pYM24 Euroscarf Yeast 2004;21:947-962 DH5a pYM24 hphNT1 3HA
FB2639 pYM32 Euroscarf Yeast 2004;21:947-962 DH5a pYM32 KlTRP1 ECFP
FB2640 pYM40 Euroscarf Yeast 2004;21:947-962 DH5a pYM40 hphNT1 EYFP
FB2641 pYM48 Euroscarf Yeast 2004;21:947-962 DH5a pYM40 hphNT1 PA-GFP
FB2642 pYM-N7 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N7 natNT2 ADHpr
FB2643 pYM-N15 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N15 natNT2 GPDpr
FB2644 pYM-N23 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N23 natNT2 GAL1pr
FB2645 pYM-N31 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N31 natNT2 GALspr
FB2646 pYM17 Euroscarf Yeast 2004;21:947-962 DH5a pYM17 natNT2 6HA
FB2647 pYM25 Euroscarf Yeast 2004;21:947-962 DH5a pYM25 hphNT1 yeGFP
FB2648 pYM33 Euroscarf Yeast 2004;21:947-962 DH5a pYM33 kanMx4 EBFP
FB2649 pYM51 Euroscarf Yeast 2004;21:947-962 DH5a pYM51 KanMx4 eqFP611
FB2650 pYM-N8 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N8 natNT2 3HA ADHpr
FB2651 pYM-N16 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N16 natNT2 3HA GPDpr
FB2652 pYM-N24 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N24 natNT2 3HA GAL1pr
FB2653 pYM-N32 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N32 natNT2 3HA GALSpr
FB2654 pYM18 Euroscarf Yeast 2004;21:947-962 DH5a pYM18 kanMX4 9MYC
FB2655 pYM26 Euroscarf Yeast 2004;21:947-962 DH5a pYM26 KlTRP1 yeGFP
FB2656 pYM34 Euroscarf Yeast 2004;21:947-962 DH5a pYM34 KlTRP1 EBFP
FB2657 pYM42 Euroscarf Yeast 2004;21:947-962 DH5a pYM42 natNT2 RedSTAR
FB2658 pYM-N1 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N1 kanMX4 CUP1-1pr
FB2659 pYM-N9 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N9 natNT2 yeGFP ADHpr
FB2660 pYM-N17 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N17 natNT2 yeGFP GPD
FB2661 pYM-N25 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N25 natNT2 yeGFP GAL1pr
FB2662 pYM-N33 Euroscarf Yeast 2004;21:947-962 DH5a pYM-N33 natNT2 yeGFP GALSpr
FB2599 pFA6-nat Euroscarf Yeast 2004;21:947-962 DH5a pFA6-natNT2 natNT2
FB2585 pIT218 Marian Carlson Song et al. MCB 1996 V.16,No1. p115-120 DH5a pIT218 ROX3 CEN URA3
FB2586 SB12 Mary Bryk from S.Briggs Briggs et al. 2001 G&D V.15 p3286-3295 DH5a SB12 hht2K4R-HHF2 TRP1 CEN
FB2587 SB17 Mary Bryk from S.Briggs Briggs et al. 2001 G&D V.15 p3286-3295 DH5a SB17 hht2K4R-HHF2 TRP1 CEN
FB2588 pJH18 Mary Bryk from S.Briggs Briggs et al. 2001 G&D V.15 p3286-3295 DH5a pJH18 HHT2-HHF2 TRP1 CEN
FB2589 pFA6-hphNT Euroscarf Yeast 2004 V.21 p947-962
hygromycin B resistance
NT= new terminator 		DH5a pFA6-hphNT1 hphNT1
FB2663 pDM619 Danesh Moazed DH5a pFA6akanMX6P3nmt1TAP kanMX6 P3nmti TAP
FB2664 pAG25-TAP Bell lab Precision protease in place of TEV DH5a pAG25-TAP-PP natMX6 TAP tag Precision protease
FB2665 SB1279 Steve Buratowski S28 pRS316-HTZ1-FL URA3 CEN HTZ1-FL
FB2666 SB1377 Steve Buratowski S28 pRS316-HTZ1-HA3 URA3 CEN HTZ1-HA3
FB2667 pON163 Olaf Nielsen cloning into BclI or HindIII ites allows expression of bacterial kanamycin resistance gene - selection system DH5a pON163 pombe ARS ura4+ amp
FB2668 pSP2 Charlie Hoffman DH5a pSP2 Pombe ARS URA3 Amp blue/white screening
FB2669 pJRL-nmt1 Moreno et al Full Name: pJR-L-nmt1-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt1-MCS1 pombe ARS LEU2
FB2670 pJRL-nmt1 Moreno et al. Full Name: pJR-L-nmt1-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt1-MCS2 pombe ARS LEU2
FB2671 pJRL-nmt41 Moreno et al. Full Name: pJR-L-nmt41-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt41-MCS1 Pombe ARS LEU2
FB2672 pJRL-nmt41 Moreno et al Full Name: pJR-L-nmt41-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt41-MCS2 Pombe ARS LEU2
FB2673 pJRL-nmt81 Morneo et al Full Name: pJR-L-nmt81-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt81-MCS1 Pombe ARS LEU2
FB2674 pJRL-nmt81 Moreno et al Full Name: pJR-L-nmt81-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-L-nmt81-MCS2 Pombe ARS LEU2
FB2675 pJRU-nmt1 Moreno et al Full Name: pJR-U-nmt1-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt1-MCS1 pombe ARS URA4+
FB2676 pJRU-nmt1 Moreno et al Full Name: pJR-U-nmt1-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt1-MCS2 Pombe ARS URA4+
FB2677 pJRU-nmt41 Moreno et al Full Name: pJR-U-nmt41-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt41-MCS1 Pombe ARS URA4+
FB2678 pJRU-nmt41 Moreno et al Full Name: pJR-U-nmt41-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt41-MCS2 Pombe ARS URA4+
FB2679 pJRU-nmt81 Moreno et al Full Name: pJR-U-nmt81-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt81-MCS1 Pombe ARS URA4+
FB2680 pJRU-nmt81 Moreno et al Full Name: pJR-U-nmt81-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-U-nmt81-MCS2 Pombe ARS URA4+
FB2681 pJRH-nmt1 Moreno et al Full Name: pJR-H-nmt1-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-H-nmt1-MCS1 Pombe ARS his3+
FB2682 pJRH-nmt1 Moreno et al Full Name: pJR-H-nmt1-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJRH-nmt1-MCS2 Pombe ARS his3+
FB2683 pJRH-nmt41 Moreno et al Full Name: pJR-H-nmt41-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-H-nmt41-MCS1 Pombe ARS his3+
FB2684 pJRH-nmt41 Moreno et al Full Name: pJR-H-nmt41-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-H-nmt41-MCS2 Pombe ARS his3+
FB2685 pJRH-nmt81 Moreno et al Full Name: pJR-H-nmt81-MCS1

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-H-nmt81-MCS1 Pombe ARS his3+
FB2686 pJRH-nmt81 Moreno et al Full Name: pJR-H-nmt81-MCS2

Moreno et al. Yeast (2000) 16:861-872 		DH5a pJR-H-nmt81-MCS2 Pombe ARS his3+
fb2044
dh5a
dh5alpha
fb843
fb843
dh5a
FB2691 DH10Bac Invitrogen DH10Bac bacmid pMON4274-kan helper plasmid pMON7124-tet
FB2692 pFastBac1 Invitrogen DH5a Ampicillin-R Gentamicin-R
FB2693 FastBc1GUS Invitrogen pFastBac1-GUS DH5a Ampicillin-R Gentamicin-R
pLBS27
pLBS27
pMRFW2
fb603
FB2694 Yeast 2009; 26: 185-192 pFA6-6xGLY-FLAG-KanMX 6xGLY-FLAG-KanMX
FB2695 Yeast 2009; 26: 185-192 pFA6-6xGLY-3xFLAG-KanMX 6xGLY-3xFLAG-KanMX
FB2696 Yeast 2009; 26: 185-192 pFA6-6xGLY-Myc-KanMX 6xGLY-Myc-KanMX
FB2687 pZM467 Struhl Lab Struhl Lab. Yeast 2008: Volume 25; 287-292. 3xFLAG URA3 3xFLAG
FB2688 pZM473 Struhl Lab Struhl Lab. Yeast 2008: Volume 25; 287-292. 3xHSV URA3 3xHSV
FB2689 pZM474 Struhl Lab Struhl Lab. Yeast 2008: Volume 25; 287-292. 3xV5 URA3 3xV5
FB2690 pZM475 Struhl Lab Struhl Lab. Yeast 2008: Volume 25; 287-292. VSV-G URA3 VSV-G
fb2697 CKB200 EcoRI-BamHI fragment of pCK198 ligated into BamHI-EcoRI digested pRS306. For two-step integration of GAL10 poly-A+ site mutant. DH5a ampr, ColE1 ori, pRS306 backbone (URA3/ARS)
FB
FB
fb
FB2699 pEL183 FB2338 FB2338 except with spt6-50 corrected so that it's WT SPT6

pRS414 backbone, SPT6-FLAG, TRP1, CEN, ARS
(Constructed from FB2338, pCK134) 		DH5alpha SPT6-FLAG CEN ARS TRP1 ampR
FB2702 pLP891 SIR2 HIS3 pLP891
FB2703 pLP1047 SIR3 HIS3 pLP1047
FB2704 pLP2206 SIR4 HIS3 pLP2206
FB2705 pPK128 HTA1-HTB1 HHT1-HHF1 LEU2 pPK128
FB2706 DH5a SPO74-GFP pRS314 SPO74-GFP
FB2707 DH5a SPO21-GFP pRS316 SPO21-GFP
FB2708 pM40-3 Apolife / Nalini Motwani DH5a pM40-3 HPAIx, AmpR
FB2709 PMC50-2 Apolife / Nalini Motwani DH5a PMC50-2 AmpR
FB2710 pCM225 Euroscarf DH5a AmpR KanR pCM225
FB2711 p4E-GST Curt Hagedorn PCR product of the human cap binding protein gene eIF4EK119A (aa residues 28-217) cloned into the Bam HI site of pGEX-4T-3 DH5a p4E-GST AmpR
FB2723 pAJ044 B. Atkins via JJ Heinisch Jendretzki et al, Mol Genet. Genomics 2009 DH5a pAJ044 IQG1 URA3 AmpR 2u
FB2702 Jenny Chang pLP891 SIR2 HIS3
FB2703 Jenny Chang 2u pLP1047 SIR3 HIS3
FB2704 Jenny Chang pLP2206 SIR4 HIS3
FB2705 Jenny Chang pPK128 HTA1-HTB1 HHT1-HHF1 LEU2
FB2706 DH5a pRS314 SPO74-GFP
FB2707 DH5a pRS316 SPO21-GFP
FB2708 ApoLife, Nalini Motwani Do not give out. DH5a pM40-3 HPAIX AmpR
FB2709 ApoLife, Nalini Motwani Do not give out DH5a pMC50-2 AmpR
FB2710 Euroscarf for tet regulation DH5a pCM225 AmpR KanR
FB2711 Curt Hagedorn pGEX-4T-3 backbone DH5a p4E-GST AmpR
FB2712 pLP2018 Lauren Clark, Pillus Lab pLP2018 AmpR NAB3 URA3
FB2713 pLP2054 Lauren Clark, Pillus Lab pLP2054 AmpR NRD1 URA3
FB2714 JF340116 Anthony Carr Watson et al. 2011, Gene 484 pp 75-85
Derived from pAW8 from Watson et al. 2008, Gene 407, pp 63-74 		DH5a AmpR pAW8 ENdeI-cyEGFP
FB2715 JF340118 Anthony Carr Watson et al. 2011, Gene 484 pp 75-85
Derived from pAW8 from Watson et al. 2008, Gene 407, pp 63-74 		DH5a AmpR pAW8 ENdeI-C3HA
FB2716 JF340115 Anthony Carr Watson et al. 2011, Gene 484 pp 75-85
Derived from pAW8 from Watson et al. 2008, Gene 407, pp 63-74 		DH5a AmpR pAW8 ENdeI
FB2717 Arndt Lab Derived from pWZ414-F12 (Zhang et al EMBO J. 1998 June1; 17(11):3155-3167. From Shilatifard Histone Mutant Library.

Obtained from Arndt Lab. 		DH5a hht2-K36A-HHF2 hht2-K36A-HHF2 TRP1 CEN3
FB2718 Zx03 Haber Lab Zx03 AmpR URA3 GAL-PMA1
FB2719 Pjh792 Haber Lab PMA1 under 2 copies of hsp promoter Pjh792 AmpR LEU2 2xHsp-PMA1
FB2720 Pjh746 Haber Lab Pjh746 AmpR URA3 PMA1
FB2721 pCYY23 Greg Prelich SET2 on a SacI-XhoI fragment subcloned into pRS416 TB1 pCYY23 AmpR Ura3 CEN SET2
FB2722 pCYY25 Greg Prelich set2-C82Y D38Q on SacI-XhoI subcloned into pRS416 TB1 pCYY25 ampR Ura3 CEN set2 C82Y D83Q
FB2725 JHB363 Ron Davis Lab 50:50 Plasmid. "The 50:50 method for PCR-based seamless genome editing in yeast" Yeast 2014; 31: 103-112. DH5a pJH140 U2-URA3-GAL7pr-SceI-CYC1term-D2-SceI
FB2724 JHB356 Ron Davis Lab 50:50 Plasmid. "The 50:50 method for PCR-based seamless genome editing in yeast" Yeast 2014; 31: 103-112. DH5a pJH136 AmpR U2-URA3-D2
FB2726 pScAID2 David Botstein Lab Use Longtine primers for amplification. Geneious file containing full sequence on server. DH5a pScAID2 3xV5-AID2sc kanMX6 AmpR
FB2727 pCK1 Use pCK4 for biotap-xl preps DH5a pCK1 pFA6a + Biotin - 1x protein A
FB2728 pCK3 Use pCK4 for biotap-xl preps pCK3 pFA6a + Biotin - 2x TEV - 2x protein A
FB2729 pCK4 Use pCK4 for biotap-xl preps pCK4 pFA6a + 6xGLY - Biotin - 2x TEV - 2x protein A
FB2730 Stbl3 Invitrogen Life Technologies Corporation
Catalog #C737303
Lot# 1649448 		Stbl3
FB2731 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx313 tRNA HIS3
FB2732 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx313 tRNA/3'ST HIS3
FB2733 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx313 RPR/3'ST HIS3
FB2734 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214. HB101 ampR pIIIEx423 tRNA HIS3
FB2735 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx423 RPR HIS3
FB2736 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx314 tRNA TRP1
FB2737 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx314 RPR TRP1
FB2738 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx424 tRNA TRP1
FB2739 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx424 RPR TRP1
FB2740 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx316 tRNA URA3
FB2741 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx316 tRNA/3'ST URA3
FB2742 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx316 RPR URA3
FB2743 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx316 RPR/3'ST URA3
FB2744 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx426 tRNA URA3
FB2745 David Eugelke (U Michigan) see Gene, 151 (1994) 209-214 HB101 ampR pIIIEx426 RPR URA3
FB2746 A02V Michael Springer Lab Derived from pFA6-kanMX. pFA6-HO-TDH3-YFP-ADH1-pTEF-kanMX-TEF-HO ampR pFA6-HO-TDH3-YFP-ADH1-pTEF-kanMX-TEF-HO
FB2747 A03V Michael Springer Lab Derived from pFA6-kanMX ampR pFA6-HO-TDH3-mCherry-ADH1-pTEF-kanMX-TEF-HO
FB2748 A05V Michael Springer Lab Derived from pFA6-natMX ampR pFA6-HO-TDH3-YFP-ADH1-pTEF-natMX-TEF-HO
FB2749 A06V Michael Springer Lab Derived from pFA6-natMX ampR pFA6-HO-TDH3-mCherry-ADH1-pTEF-natMX-TEF-HO
FB2750 WeissmanLab/Stirling Churchman for making ligase for NetSeq. Protein runs around 30 kDA DH5a ampR pT4RNL2(1-249) K227Q
FB2751 TG11 Stored as plasmid DNA, not in bacteria. None pTAL08
FB2752 TG10 Stored as plasmid DNA, not in bacteria. None pRS406-CMV-lacI-FLAG CMV-lacI-3xFLAG
FB2753 pGZ110 Rolf Sternglanz For crispr-mediated mutagenesis DH5a ampR pRS425-Cas9-2xSapI
FB2754 pGZ110-Kan Rolf Sternglanz For crispr-mediated mutagenesis DH5a ampR pRS425-Cas9-kanMX
FB2756 RGBO1 Chris Hittinger (UW Madison) DH5a PGAL1-SCE1 PTEF1-HSV-TK pHERP1.0 AmpR
FB2757 RGBO2 Chris Hittinger (UW Madison) DH5a PGAL1-SCE1 PTEF1-HSV-TK-Hyg pHERP1.1 AmpR
FB2758 RGBO3 Chris Hittinger (UW Madison) DH5a PGAL1-SCE1 PTEF1-HSV-TK-Kan pHERP1.2 AmpR
FB2759 RGBO4 Stirling Churchman DH5a URA3-kanMX pCORE AmpR
FB2755 Murray Lab pol3 mutator strain
Mol Cell Biol (2005)
vol. 25 (1) pp. 461-71 		PY24D pol3-L523D-URA3
FB2760 hH2A.X genewiz yeast optimized human H2A.X. Amplify with H2A.X-HR F and H2A.X HR F for integration at URA3 Mh1 HIST1H2Be Kan LacZ
FB2761 hH2B genewiz yeast optimized human H2B. Amplify with H2B-HR F and H2B-HR R for integration at URA3 Mh1 H2AFx Kan LacZ
FB2762 ASP343 From Annika Guse, Stanford Xenopus H4. NdeI-BamHI in peT3aTr Mh1 pASP343 AmpR
FB2763 ASP340 From Annika Guse, Stanford Xenopus H2A . NdeI-BamHI in peT3aTr Mh1 pASP340 AmpR
FB2764 ASP341 From Annika Guse, Stanford Xenopus H2B. NdeI-BamHI in peT3aTr Mh1 pASP341 AmpR
FB2765 ASP688 From Annika Guse, Stanford Synthetic Human H3. cut with NdeI and BamH1 use with pST39 system. Mh1 pASP688 DNA2.0 p1960, Kan
FB2766 ASP1636 From Annika Guse, Stanford Human histone H1.4 ATCC #10701266. Digest with ECORI to remove form TOPO pASP1636 Kan
FB2767 pAID1 Leon Chan Berkeley (Koshland) IAA17-V5, KanMx Mh1 pAID1 AmpR
FB2768 pNHK53 Leon Chan Berkeley (Koshland) pADH1-osTIR1, URA3 integrating pNHK53 URA3 AmpR
FB2769 pTIR3 Leon Chan Berkeley (Koshland) pADH1-osTIR1, Leu2 replacing. PmeI digest pTIR3 pTIR3-LEU2 AmpR
FB2770 pTIR4 Leon Chan Berkeley (Koshland) pGPD1-osTIR1, Leu2 replacingPMeI digest. PmeI digest.

Send this strain for TIR1 strain requests. 		Mh1 pKW2830 LEU2 AmpR
FB2771 L260 Leon Chan Berkeley (Koshland) IAA7-3xV5, KanMx L260 AmpR KanR
FB2772 BYP6739 NBRP pCUP1-IAA17, kamMx BYP6739 AmpR KanR
FB2773 BYP6740 NBRP IAA17, KanMx BYP6740 AmpR KanR
FB2774 BYP7430 NBRP 3xminAID-KanMx BYP7430 AmpR
FB2775 BYP7431 NBRP 3xminAID -hphNP BYP7431 AmpR
FB2776 BYP7432 NBRP 3xminAID -His3Mx DH5a BYP7432 AmpR
FB2777 BYP7433 NBRP 3xminAID -natNT DH5a BYP7433 AmpR
FB2778 C81B Springer Lab, HMS HO-pTDH3-mcherry-Hgh-HO C81B AmpR mCherry
FB2779 D14B Springer Lab, HMS HO-pTDH3-BFP2-Hgh-HO D14B AmpR BFP2
FB2780 pBY011 Gal1-10 Pr o/e set (Hu 2007) DH5a pBY011 ARS CEN4 ampR URA3
FB2781 pBY011MED3 Gal1-10 Pr o/e set (Hu 2007) DH5a pBY011-MED3 ARS CEN4 ampR URA3
FB2782 pFA6a-ura4 Moazed Lab Mh1 ampR pFA6a-ura4+ ura4+
FB2783 pBK257 SATAY method. ADE2 is not expressed until transposon hops, so yeast transformants will be Ura+ Ade- DH5a AmpR CEN ADE2 URA3 TPase(103-807)4x
FB2784 pJW4 Formosa Lab 3925 bp fragment flanked by KpnI and SphI includes POB3 and its promoter DH5a pJW4 YCp POB3 URA3 CEN AmpR
FB2785 pJW11 Formosa Lab 3926 bp fragment flanked by KpnI and SphI includes POB3 and its promoter DH5a pJW11 YCp POB3 LEU2 CEN AmpR
FB2786 ASB1014 Ameet Shetty made by swapping NatMx cassette in FB2530 to hphMX6 from FB2543 using EcoRV and BglII DH5a pFA6a-hphMX6-P3nmt1 P3nmt1 hphMX6
FB2787 ASB1016 Ameet Shetty made by swapping NatMx cassette in FB2531 to hphMX6 from FB2543 using EcoRV and BglII DH5a pFA6a-hphMX6-P41nmt1 P41nmt1 hphMX6
FB2788 ASB1018 Ameet Shetty made by swapping NatMx cassette in FB2532 to hphMX6 from FB2543 using EcoRV and BglII DH5a pFA6a-hphMX6-P81nmt1 P81nmt1 hphMX6
FB2789 pTF128 Formosa lab Formosa et al., 2001 DH5a pTF128 YCp SPT16 CEN LEU2
FB2791 Aguilera Lab contains gal inducible RNasH1; from Herrera-Moyano...Aguilera, 2014 pRS416-gal-rnh1 pRS416-gal-rnh1 trp, amp
FB2790 Aguilera Lab contains gal inducible AID; from Garcia-Pichardo...Aguilera et al, 2017, Mol Cel pLZAID pSCH204-gal-aid ura, amp
FB2793 CKB84 Craig Kaplan pRS414 backbone DH5a CKB84 TRP1 CEN ARS ampR SPT6-FLAG DN86
FB2794 CKB113 Craig Kaplan pRS414 backbone DH5a CKB113 TRP1 CEN ARS ampR SPT6-FLAG DN205
FB2795 CKB112 Craig Kaplan pRS414 backbone DH5a CKB112 TRP1 CEN ARS ampR SPT6-FLAG DN122
FB2806 pMAX175 Boeke Lab Superloser kanR URA3 URA3syn CEN ARS pMAX175
FB2807 bJLW2 JLW SPT6 cloned into Superloser plasmid
 DH5a Spn1 Plasmid from Grant Hartzog Lab bJLW2 KanR, URA3, URA3syn, CEN/ARS
FB2808 bJLW4 Hao Wu Lab His-MBP protein expression vector, N-terminal tag can be removed by 3C protease cleavage
 pDB-HisMBP-3C KanR
FB2809 bJLW5 Hao Wu Lab His-Smt3 protein expression vector, N-terminal tag can be removed by Ulp1 cleavage
 pSMT3 KanR
FB2810 bJLW13 JLW SPT6 cloned into pRS414
 DH5a pJLW13 AmpR, SPT6, TRP1, CEN/ARS
FB2811 bJLW15 JLW SPT6 cloned into pJLW4
 DH5a pJLW15 KanR, His-MBP-3C-SPT6
FB2812 bJLW20 JLW SPT6_NTerm (aa 1-335) cloned into pJLW4
 DH5a pJLW20 KanR, His-MBP-3C-SPT6_Nterm
FB2813 bJLW23 Hao Wu Lab Strain for recombinant expression in bacteria, carries CamR plasmid encoding eukaryotic tRNAs that are scarce in E coli, clumps easily, so grow with shaking
 RosettaBlue pRARE CamR, Rosetta tRNAs
FB2814 bJLW48 Harrison Lab via Buratowski From Buratowski Lab "Expresses soluble histone octamers consisting of H3, His-H2A, and H2B from S cerevisiae, and His-H4 from K lactis. His tags can be removed with TEV protease. See Migl et al Structure 2020"
 DH5a pDMM140 AmpR, Histones (3 Scer, 1 Klact)
FB2815 bJLW49 Harrison Lab via Buratowski From Buratowski Lab "S cerevisiae histone ORFs (His-H2A, H3, His-H4, His-H2B) cloned into LIC cloning site of vector 2B-T (see addgene 29666) as one polycistronic mRNA. Makes soluble octamers. Histags can be removed with TEV protease."
 TOP10 pDMM10 AmpR, Histones (4 Scer)
FB2816 bJLW50 Maozed or Luger Lab via Buratowski From Buratowski Lab "Plasmid carries 12 copies of Widom 601 positioning ssequence which can be released as 147 bp fragments with EcoRV. Note: insert is easily recombined, so grow in the STBL3 cells and keep an eye out for deletions"
 STBL3 601 x 12 AmpR, 12xWidom601
FB2817 RGBO5 Beate Schwer TRP1 CEN ampR CEG1
FB2818 RGBO6 Beate Schwer TRP1 CEN ampR ceg1-3
FB2819 RGBO7 Beate Schwer TRP1 CEN ampR ceg1-13
FB2820 RGBO8 Beate Schwer TRP1 CEN ampR ABD1
FB2821 RGBO9 Beate Schwer TRP1 CEN ampR abd1-5
FB2822 RGBO10 Beate Schwer TRP1 CEN ampR abd1-8
FB2823 CE113 Stephen Buratowski HIS3 CEN ampR CET1
FB2824 CE333 Stephen Buratowski HIS3 CEN ampR cet1-401
FB2825 CE339 Stephen Buratowski HIS3 CEN ampR cet1-438
FB2826 pML104 Laughery et al Yeast 2015 via K. Struhl Cas9 and gRNA expressing plasmid for CRISPR editing in yeast
 dam- pML104 URA3, AmpR, 2u
FB2827 pML107 Laughery et al Yeast 2015 via K. Struhl Cas9 and gRNA expressing plasmid for CRISPR editing in yeast
 dam- pML107 LEU2, AmpR, 2u
FB2804 ESD422 Schwob lab GPD-TK (for BrdU incorp) in URA3 integrating plasmid
 pJJ242 URA3, ampR]
FB2805 ESD1484 Schwob lab yeast hENT cDNA - ADH1 promoter and terminator - cloned into aur1 integrative vector
 DH5alpha pAUR123 AUR1-c, ampR
FB2796 GHB346 Hartzog Lab GHB346 with pRS316. Plasmid GHB242
 DH5a GHB346 Ura3 AmpR SPN1
FB2797 pZiDSK2 Steve Doris DH5a AmpR LEU2 CEN Z3EV-iDSK2
FB2798 RGB28 Rajaraman Gopalakrishnan DH5a pGEX6p1-SET2 AmpR SET2
FB2799 RGB31 Rajaraman Gopalakrishnan DH5a pGEX6p1-SET2-H366N AmpR SET2-H366N
FB2800 RGB40 Rajaraman Gopalakrishnan DH5a pFastBac1-GST-SET2 AmpR GentR GST-SET2
FB2801 RGB41 Rajaraman Gopalakrishnan DH5a pFastBac1-GST-SET2-H366N AmpR GentR GST-SET2-H366N
FB2802 RGB44 Rajaraman Gopalakrishnan DH5a bMON14272-GST-SET2 AmpR GentR TetR GST-SET2
FB2803 RGB46 Rajaraman Gopalakrishnan DH5a bMON14272-GST-SET2-H366N AmpR GentR TetR GST-SET2-H366N
FB2828 bFLR_006 Zhiguo Zhang lab These are bacterial strains that I transformed with plasmids from the Zhang lab that have RTT109. They contain the Rtt109 promoter + CDS cloned using BamHI and NotI.
 DH5alpha pZG301 (pRS416-RTT109) Amp, URA3
FB2829 bFLR_008 Zhiguo Zhang lab These are bacterial strains that I transformed with plasmids from the Zhang lab that have RTT109-D89A. They contain the Rtt109 promoter + CDS cloned using BamHI and NotI.
 DH5alpha pZG333 (pRS416-RTT109-D89A) Amp URA3
FB2830 bFLR_010 FLR cloned the RTT109 insert into the pRS314 plasmid to have the TRP1 marker instead of the URA3 marker that was in the original plasmid from the Zhang lab.
 DH5alpha pRS314-RTT109 Amp, TRP1
FB2831 bFLR_013 FLR Cloned the rtt109-D89A insert into the pRS314 plasmid to have the TRP1 marker instead of the URA3 marker that was in the original plasmid from the Zhang lab.
 DH5alpha pRS314-rtt109-D89A Amp, TRP1
FB2832 bFLR_016 Pillus lab allele 84 of esa1(tas1) from pLP0781 cut with EcoRI and ligated into EcoRI site of pRS306 in unknown orientation. Bacterial colony grew poorly and did not give significant plasmid yield from mini-prep.
 DH5alpha pLP952 (pRS306-esa-414) Amp, URA3
FB2833 bFLR_017 Pillus lab allele 81 of esa1(tas1) from pLP0780 cut with EcoRI and ligated into EcoRI site of pRS389 in unknown orientation
 DH5alpha pLP949 (pRS306-esa1-L254P) Amp, URA3
FB2843 pKW26 DH5alpha PRS414 + z3evprom-RNH1(wt)-3xV5-adh1term pKW26
FB2844 pRS416 Remade pRS416, after the old glycerol stock in the -70 freezer started to fail to successfully yield colonies (1/4) pRS416
FB2845 pRS416 Remade pRS416, after the old glycerol stock in the -70 freezer started to fail to successfully yield colonies (2/4) pRS416
FB2846 pRS416 Remade pRS416, after the old glycerol stock in the -70 freezer started to fail to successfully yield colonies (3/4) pRS416
RB2847 pRS416 Remade pRS416, after the old glycerol stock in the -70 freezer started to fail to successfully yield colonies (4/4) pRS416

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