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  BAC/PAC Genomic DNA Resources


BAC (F-factor-based Bacterial Artificial Chromosome) and PAC (P1-derived Artificial Chromosome) cloning systems are specifically designed at cloning DNA fragments in excess of 100 - 300 kb. These libraries are amenable to genomic analysis due to the fact that PACs and BACs are plasmid-based and thus the DNAs are easily isolated and manipulated.Invitrogen offers several genomic libraries from a selection of tissues and sources to facilitate your research and discovery. The California Institute of Technology and the Roswell Park Cancer Institute are our two main sources of BAC and PAC libraries. These collections are available in clone and plate formats.


Table 1 - Genomic DNA Resources


 
Catalog Number
Library Source Vector Average Insert Size Coverage
Clones
Plates
Membranes
BACs       
Human
California Insitute of Technology            
CTB 987SK cell line pBeloBAC11 120 kb 15x 96012 96013 (plates 1-194)  
CTC human sperm (HSP)   125 kb     96013 (plates 195-879)  
CTD human sperm (HSP)   129 kb 17x   96013 (plates 2001-2423)  
CTD2 human sperm (HSP)   173 kb 17x   96013 (plates 2501-2671, 3000-3253)  
Roswell Park Cancer Institute              
RP11 male white blood cell pBACe3.6 174 kb 25x RPCI11.C RPCI11.P (plates 1-1152)  
Mouse
California Insitute of Technology            
CT7 male CJ7/129SV pBeloBAC11 130 kb 8x 96022 96023 (plates 1-613)  
Roswell Park Cancer Institute              
RP22 female spleen (129S6/SvEvTACC/Br) pBACe3.6 154 kb 10.9x RPCI22.C RPCI22.P (plates 1-576)  
RP23 female kidney/brain (C57BL/6J) pBACe3.6 197 kb 11.2x RPCI23.C RPCI23.P (1-480)  
BAC positive control              
PACs
Human
Roswell Park Cancer Institute            
RP1 male blood pCYPAC2 110 kb 3x RPCI1.C n/a n/a
RP3     115 kb 3x RPCI3.C n/a n/a
RP4     116 kb 4x RPCI4.C n/a n/a
RP5     115 kb 6x RPCI5.C n/a n/a
RP6 female blood pPAC4 135 kb 4x RPCI6.C n/a n/a
Mouse
RP21 female spleen (129S6/SvEvTac) pPAC4 137 kb 12x RPCI21.C n/a n/a
Rat
RP31 female brain Brown Norway (BN/ssNHsd) pPAC4 142 kb 10x RPCI31.C n/a n/a
Additional Resources


How to Order:
You can order BAC clones and entire collection from Order BAC/PAC clones and BAC/PAC plates from Order By Plate ID interfaces on CloneRanger™

California Institute of Technology

In collaboration with Hiroaki Shizuya at the California Institute of Technology, genomic BAC libraries of the human and mouse were constructed. The sources of human DNA are the 978SK cell line and human sperm.

Four distinct human BAC libraries have been created by the California Institute of Technology. The B & C libraries together represent a 15X coverage of the human genome. It is from these libraries that DNA pools for PCR screening have been made. Users of the DNA pools will be able to screen down to a specific plate address.

Yu-Ling Sheng and Sangdun Choi developed the human BAC D library in Shizuya's lab at the California Institute of Technology. The library is offered as individual clones. The 'D' library provides a 17X coverage of the human genome and meets the NIH guidelines for the protection of the anonymity of the donors. DNA pools for PCR screening are not available for the 'D' library.

Individual clones from the human BAC libraries are available. Clone addresses may have been determined by screening efforts or through literature. Clones are provided as a glycerol stocks. Please specify clone address when ordering.

Ref: 1. Shizuya, H., B. Birren, U-J. Kim, V. Mancino, T. Slepak, Y. Tachiiri, M. Simon (1992) Proc. Natl. Acad. Sci., USA 89: 8794-8797.
2. Kim, U-J., B. Birren, T. Slepak, V. Mancino, C. Boysen, H.L. Kang, M.I. Simon, H. Shizuya (1996) Genomics 34 213-218.
3. Swiatek, P.J. and T. Gridley (1993) Genes and Development 7: 2071-2084.

Facts about Mouse and Human BACs from CalTech
Vector pBeloBAC11
Host HS996 (modified DH10B)
Avg Insert Size 130 kb

CTB and CTC Human BAC DNA Pools (B & C Libraries)

Human BAC DNA Pools are suitable for screening by PCR; a two level screening process at the end of which you have the plate location of your clone. The pools consist of 96 superpools and the corresponding 768 plate pools. Only 104 PCR reactions are required to obtain the plate location of a clone. Row and Column pools are no longer available. Sufficient DNA is provided for 50 PCR screenings.

Mouse BAC DNA Pools

Mouse BAC DNA Pools are suitable for screening by PCR; a two level screening process at the end of which you have the plate location of your clone. The pools consist of 72 superpools and the corresponding 576 plate pools. Only 80 PCR reactions are required to obtain the plate location of a clone. Sufficient DNA is provided for 50 PCR screenings.

Mouse BAC Clones

Individual clones from the mouse BAC library. Clone addresses may have been determined by screening efforts or through literature. Clones are provided as glycerol stocks. Please specify clone address when ordering.

Roswell Park Cancer Institute RPCI-11

The RPCI-11 Human BAC library was constructed in Pieter deJong's laboratory at the Roswell Park Cancer Institute by Kazutoyo Osoegawa and Minako Tateno. Male white blood cells were used as the DNA source. Partially EcoRI digested DNA was cloned in to the pBACe3.6 vector. A picture and the sequence of this vector can be viewed at http://bacpac.chori.org/ The library represents approximately a 25X coverage of the human genome. Individual clones are available from the RPCI-11 Human BAC library. Clones are provided as glycerol stocks. Please specify clone address when ordering. Clone address example: 341L6 (plate 341 well L6)

RPCI-22

The RPCI-22 Mouse BAC library was constructed in Pieter deJong's laboratory at the Roswell Park Cancer Institute by Kazutoyo Osoegawa. This library is offered as individual clones. It contains more than 211,000 clones providing 10.9X coverage of the mouse genome. Stability of these clones is high and chimerism is low to nonexistent. Detailed information about the vector used and the construction of the library can be viewed at: http://bacpac.chori.org/. Please specify clone address when ordering

Average Insert Size: 154 kb
DNA Source: female mouse spleen genomic DNA (129S6/SvEvTac)
Vector: pBACe3.6
Host Strain: DH10B
Genomic Coverage: 10.9X

RPCI-22 Mouse BAC Clones

Individual clones from the RPCI-22 mouse BAC library. Clones are provided as glycerol stocks. Please specify clone address when ordering.

RPCI-23

The RPCI-23 Mouse BAC library was constructed in Pieter deJong's laboratory at the Roswell Park Cancer Institute by Kazutoyo Osoegawa and Minako Tateno. This library is offered as individual clones. It contains more than 170,000 clones providing 11.2X coverage of the mouse genome. The DNA source of this library is female mouse kidney/brain (C57BL/6J). Stability of these clones is high and chimerism is low to nonexistent. Detailed information about the vector used and the construction of the library can be viewed at: http://bacpac.chori.org/. Please specify clone address when ordering.

Average Insert Size: 197 kb
DNA Source: female mouse kidney/brain genomic DNA (C57BL/6J)
Vector: pBACe3.6
Host Strain: DH10B
Genomic Coverage: 11.2X

RPCI-23 Mouse BAC Clones

Individual clones from the RPCI-23 mouse BAC library. Clones are provided as a bacterial culture. Please specify clone address when ordering.

Additional BAC/PAC Resources

AB1380

The yeast host strain used in the construction of some of the YAC libraries.

HS996

E. coli host strain used in constructing the BACs. A modification of DH10B/r.

978SK DNA

The human cell line used as insert in the construction of a portion of the human BAC library.

pBeloBAC11

The plasmid vector used in the construction of the mouse and human BAC libraries.

BAC End Primers

These primers flank the HindIII cloning site of pBeloBAC11 and can be used for BAC end sequencing.
Forward 5' GAT-TAC-GCC-AAG-CTA-TTT-AGG-TGA-CAC-TAT-AGA-ATA-C-3'
Reverse 5' TAA-TAC-GAC-TCA-CTA-TAG-GGC-GAA-TTC-GAG-CTC-GG-3'

Ref: Wang, et al (1994) Genomics 24 527-534.
Shizuya, H., et.al. (1992) Proc. Natl. Acad. Sci. USA 89, 8794-8797.

BAC End Primers Short

Short version of catalog number 96060.
Forward 5' CAA-GCT-ATT-TAG-GTG-ACA-CTA-TAG-3'
Reverse 5'TAA-TAC-GAC-TCA-CTA-TAG-GGC-GA-3'

PAC Genomic Libraries

Roswell Park Cancer Institute

Developed in Peiter deJong's laboratory at the Roswell Park Cancer Institute, the RPCI-4, 5, and 6 libraries contain more than 335,000 clones providing a 14X coverage of the human genome.

Ref: Iannou, P., Amemiya, C., Garnes, J., Kroisel, P., Shizuya, H., Chen, C., Baster, M., deJong, P. (1994) Nature Genetics, 6 84-89.

The Human PAC Library is divided into the following 5 sub-libraries:

  •  RPCI.1 - Plate Numbers 1-321
  •  RPCI.3 - Plate Numbers 322-528
  •  RPCI.4 - Plate Numbers 529-816
  •  RPCI.5 - Plate Numbers 817-1200
  •  RPCI.6 - Plate Numbers 1-240

Due to the fact that sub-libraries 1 and 6 overlap, please note that if your clone plate number falls between 1 and 240, we will need to know which sub-library your clone is from.

RPCI-1, 3, 4, 5, 6 Human PAC Clones

Individual clones from the RPCI1, 3, 4, 5 and 6 libraries described above are available as glycerol stocks. Clone addresses may have been determined by screening efforts or through literature. Please specify clone address and library when ordering.

RPCI Mouse PAC Resources

The RPCI-21 mouse PAC library was constructed in Pieter deJong's laboratory at the Rosewell Park Cancer Institute by Kazutoyo Osoegawa. Female 129/SvevTACfBr mouse spleen genomic DNA (partially MboI digested) was cloned into the BAMHI sites of the pPAC4 vector. The library has been arrayed into 672 microtiter plates (384-well). The average insert size of the clones is 146kb, representing a 12X coverage of the mouse genome. Characterization of this library is ongoing and can be viewed on the Roswell Park web page at http://bacpac.chori.org/.

RPCI-21 Mouse PAC Clones

Individual clones from the RPCI-21 mouse PAC library. Clones are provided as glycerol stocks. Please specify clone address when ordering.

RPCI-31 Rat PAC Resources

The RPCI31 Rat PAC library was constructed in tha lab of Pieter deJong at the Roswell Park Cancer Institute by Peng Yeong Woon. Female Brown Norway (BN/ssNHsd) rat spleen genomic DNA (partially MboI digested) was cloned into the BamHI sites of the pPAC4 vector. The library has been arrayed into 614 microtiter plates (384 well). The average insert size of the clones is 147 kb representing approximately 10-fold coverage of the rat genome. Characterization of this library is ongoing and can be viewed on the Roswell Park Cancer Institute web page http://bacpac.chori.org/

RPCI31 Rat PAC Clones

Individual clones from the RPCI31 rat PAC library. Please specify clone address when ordering.

BAC and PAC links to more information

NCBI Clone Registry

NIH (NHGRI) BAC Resource Network

NSF BAC awards

Pieter de Jong's BAC/PAC genomics resource center (CHORI)

Caltech Genome Research Laboratory

Julie Korenberg's YAC/BAC/PAC page, including human BAC-PAC map

DOE BAC website

Texas A&M University BAC Center

Clemson University Genomics Institute

Arizona Genomics Institute

Jean Michel Vos' laboratory

BAC/PAC end sequencing strategy for the human genome

ET homologous recombination cloning page (EMBL)



Contact Info

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Fax: (800) 352-1468
FAQ/ASK US
Hours of operation: 9:00 AM - 8:00 PM EST

   
  Disclaimer:
Invitrogen is a distributor of MGC Full-Length Clones, I.M.A.G.E. cDNA Clones, BAC/PAC Clones, Yeast Deletion Clones, and Yeast GFP Clones. These clone collections were generated by groups outside of Invitrogen. The quality of the collections is largely dependent upon what was received by these groups. Specific clone information and plate coordinates originated from the suppliers of these clone collections and have not been confirmed by Invitrogen. Invitrogen has instituted quality procedures to ensure that clones are picked from the identified well in a plate, grown on the correct antibiotic, and do not have phage contamination. Due to the quality of the information provided to Invitrogen, the clone you receive might not match the expected clone. If this occurs, please contact Technical Support.

Please note the Ultimate™ ORF Collection was generated by Invitrogen and all data associated with these clones has been verified by Invitrogen prior to release for sale. Invitrogen fully guarantees each Ultimate™ ORF Clone to match the accession number associated with the clone ID.