Acknowledge the MBP

By obtaining a product or service from the Mouse Biology Program (MBP), you are agreeing to acknowledge the Mouse Biology Program in research publications.

The following is an example of text you may use for acknowledgement in your publication:

Please also provide us with PDF copies of any publications in which the MBP is acknowledged; these may be emailed to mbp@ucdavis.edu

Additionally, please notify us of any grant applications in which the MBP is listed as a resource, both when they are submitted and when they are funded.

By obtaining a KOMP product or service from the KOMP Repository, you agree to acknowledge the NIH KOMP program.

For your convenience you may use the following information in your publications:

The mouse strain used for this research project was generated from a targeting vector obtained from the KOMP Repository, a NCRR-NIH supported strain repository. The targeting vector was created by (Velocigene or the CSD consortium) from funds provided by the trans-NIH Knock-Out Mouse Project (KOMP).

If using C57BL/6 embryonic stem cells, for your convenience, you may use the following information in your publications:

JM8 parental

The mouse strain used for this research project was created from ES cell line JM8, obtained from the NCRR-NIH supported KOMP Repository (www.komp.org) and generated by the Mouse Biology Program (www.mousebiology.org) at the University of California Davis.

An associated publication for these ES cells is: Pettitt et al.: Agouti C57BL/6N embryonic stem cells for mouse genetic resources. Nature Methods, 2009.

JM8 sub-lines (eg. JM8.N4, JM8A3.N1, etc.)

The mouse strain used for this research project was created from ES cell line (insert correct sub-line here), obtained from the NCRR-NIH supported KOMP Repository (www.komp.org) and generated by the Wellcome Trust Sanger Institute and the Mouse Biology Program (www.mousebiology.org) at the University of California Davis.

An associated publication for these ES cells is: Pettitt et al.: Agouti C57BL/6N embryonic stem cells for mouse genetic resources. Nature Methods, 2009.