... the breeding of purebred dogs is akin to [
breeding laboratory mice]... [most breeds] are becoming progressively more inbred.
A lotion that stimulates production of the skin pigment melanin induces a deep tan in specially
bred laboratory mice.
Not exact matches
Most animal studies of the disease are conducted with
laboratory mice that have been genetically engineered and
bred to model ALS, but for this research, investigators used rats with ALS because they more accurately portray the disease's variable course in humans.
In the Oct. 30 edition of Science, scientists describe strains of
laboratory mice bred to test the role of an individual's genetic makeup in the course of Ebola disease.
In a series of publications today in the British scientific journal Nature, international teams of researchers published a nearly complete sequence of the genetic instructions of «Black 6,» the most common
breed of
laboratory mouse, and matched its traits with the recently decoded human genome.
Laboratory mice are carefully
bred, fed, and raised in tightly controlled conditions so that each
mouse has predictable traits and genetics.
When maintaining a live colony at The Jackson
Laboratory Repository, homozygous
mice may be
bred together.
Tie2PEKO were generated by
breeding Ng2 - Cre
mice (Jackson
Laboratory, # 008533) 39 with Tie2fl / fl
mice bred in the C57 / Bl6 background37.
A
breed of dwarf
mouse that entirely lacks growth hormone is the present winner of the Mprize for longevity, living 60 - 70 % longer than the compeition's standard
laboratory mouse species.
The
laboratory mouse, small and easy to
breed, has long been biologists» favorite model organism for studying mammalian development.
C57BL / 6 (wild type) and perforin - deficient (C57BL / 6 - Prf 1tm1Sdz / J, Prf1 − / −)
mice were obtained from the Jackson
Laboratory and
bred in the Abramson Research Center Animal Facility at The Children's Hospital of Philadelphia.
All
mice were
bred and housed in specific pathogen - free conditions at the Association of
Laboratory Care - approved animal facility at the Life Science Addition, University of California, Berkeley, CA.
This
breeding led to the creation of progenitors of modern
laboratory mice as hybrids among M. m. domesticus, M. m. musculus and other subspecies.
Working in nerve cells growing in the
laboratory and in the nervous system of specially
bred mice, researchers showed for the first time that ATM and Tdp1 work cooperatively to repair breaks in DNA.
There are a large number of
laboratory strains available, and their long
breeding history means that
mice of a single
laboratory strain are isogenic.
The Stanford researchers employed young
laboratory mice that had been specially
bred and raised in aseptic environments so that, unlike ordinary
mice (and ordinary humans), their intestines were devoid of any microbial inhabitants.