Not exact matches
Laboratory mice that have received rapamycin have reduced the age - dependent decline in spontaneous activity, demonstrated more fitness, improved cognition and cardiovascular health, had less cancer and lived substantially longer than
mice fed a
normal diet.
Aside from a food intake in
laboratory mice that's about 40 percent fewer calories than
normal, however, it's been found that another way to activate this pathway is with rapamycin, which appears to have a significant impact even when used late in life.
The researchers induced two groups of
mice — germ - free (GF)
mice, which are raised in a sterile environment, and specific - pathogen - free
mice raised under
normal laboratory conditions — to develop forms of asthma or ulcerative colitis.
For comparison, bacteria grown in a
laboratory on Earth in
normal gravity infected another group of
mice.
«The
mice looked quite
normal until we looked at social memory,» said first author Frederick L. Hitti, an MD - PhD student in Dr. Siegelbaum's
laboratory, who developed the transgenic
mouse.
Dr. Verdin further found that prolonged intake of a high - fat diet, even in
normal mice, can itself reduce the activity of the enzyme produced by SIRT3 — an enzyme his
laboratory originally discovered.
◊
mouse models for diseases: phenotyping approaches: courses in English, March 14 - 17 in Illkirch - Strasbourg (CFE, PHENOMIN - ICS) ◊ European Advanced School for Mouse Phenogenomics: in English, June 12 - 16 at Liebfrauenberg in Alsace (PHENOMIN) ◊ necropsy, sampling and histology: June 19 - 23 in Toulouse (ENVT, Anexplo) ◊ normal and abnormal embryology of laboratory animals: March 13 - 17 + May 29 to June 3 + Décember 4 - 8 in Toulouse (ENVT, Ane
mouse models for diseases: phenotyping approaches: courses in English, March 14 - 17 in Illkirch - Strasbourg (CFE, PHENOMIN - ICS) ◊ European Advanced School for
Mouse Phenogenomics: in English, June 12 - 16 at Liebfrauenberg in Alsace (PHENOMIN) ◊ necropsy, sampling and histology: June 19 - 23 in Toulouse (ENVT, Anexplo) ◊ normal and abnormal embryology of laboratory animals: March 13 - 17 + May 29 to June 3 + Décember 4 - 8 in Toulouse (ENVT, Ane
Mouse Phenogenomics: in English, June 12 - 16 at Liebfrauenberg in Alsace (PHENOMIN) ◊ necropsy, sampling and histology: June 19 - 23 in Toulouse (ENVT, Anexplo) ◊
normal and abnormal embryology of
laboratory animals: March 13 - 17 + May 29 to June 3 + Décember 4 - 8 in Toulouse (ENVT, Anexplo)
In addition, the
normal diurnal feeding rhythms present in
mice were significantly blunted in the mutant
mice: on a standard
laboratory 12 - h light: 12 - h dark (12:12 LD) cycle, nocturnal
mice typically consume ~ 75 — 80 % of their total daily calories during the dark phase; in contrast, Clock mutant
mice consume ~ 50 % (2).