mortality/aging
|
• authors state that the phenotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
reproductive system
|
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
immune system
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
neoplasm
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
growth/size/body
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
hematopoietic system
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|
endocrine/exocrine glands
|
• authors state that the pehnotype is essentially the same as in Tcfe2atm1Wein
homozygotes
|


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