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With the advent of genetically engineered mice, it seems important to develop a mouse model of cavernous nerve injury (CNI).
"Everything works in mice, it seems.
In mice, it seems, adult cells from bone marrow can enter the brain and become like neurons.
These findings suggest that basal tau phosphorylation present in adult animals is in part due to neurogenesis, and from Tau knockout mice it seems that tau is involved in normal migration of new neurons.
Since we see an uptake in the salivary glands of both NMRI nude and normal non-xenografted NMRI mice, it seems likely that 111In-DTPA-11B6 cross-reacts with kallikreins expressed in the salivary glands of these mice.
Because the metabolites of 5-HT and DA were also decreased in Gpr3−/− mice, it seems likely that the primary target of the regulation by GPR3 is the synthesis or reuptake of these neurotransmitters.
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The substance is made in the stomach and small intestine, and in studies of mice it seemed to prompt the brain to send a signal that says "eat less".
However, in the Tg-RSV mice, it seemed that most of the muscle fibers were COX positive.
The low level of aneuploidy in oocytes from aged animals was unexpected and surprising; since in human and in mouse it seems that the level of aneuploidy increases with maternal age [1], [6].
Thus, if we were to replace the human κ-casein with that of mouse, it seems unlikely that they will interact with their environment and function in an identical way, given that the mouse and human κ-casein pI is 4.75 in mouse, but 8.59 in human.
Taken together, these results suggest that central apelin-13 inhibits food intake in mice and it seems that APJ receptor and CRF receptor, but not AVP receptor, might be involved in this process.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com