Difference between revisions of "NHE Jan 19 Notes"
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*Fig 1. ever letter is sig. dif. from other letters | *Fig 1. ever letter is sig. dif. from other letters | ||
*change in intestine mass is from hypertrophy - cells grow bigger, not replication | *change in intestine mass is from hypertrophy - cells grow bigger, not replication | ||
− | + | **cell division increased, but so did apoptosis | |
*enterocytes increase volume | *enterocytes increase volume | ||
*transport proteins may already exist in intracellular membranes that are then released to the luminal membrane | *transport proteins may already exist in intracellular membranes that are then released to the luminal membrane | ||
*would not result in a peak in RNA transcription | *would not result in a peak in RNA transcription | ||
*part of why the cells are fatter is because they cells are full of lipid droplets | *part of why the cells are fatter is because they cells are full of lipid droplets | ||
− | + | **endocytosis - not actively transported |
Revision as of 19:53, 19 January 2016
[[1]]
[[2]]
Regulatory Peptides (2001)
- lots of hormones and peptides
- intestine changes before the meal reaches it
- we hypothesize that active eating activates hormone response; looking early on, hours after eating
- enzymes need to make the hormones and then we need the receptors
- plasma membrane or cytoplasm
- some of the mammalian antibodies cross react - no the intended target
- used column chromatography to try to identify reptilian versions of synthetically produced human homologs
Adaptive Regulation (2007)
- Fig 1. ever letter is sig. dif. from other letters
- change in intestine mass is from hypertrophy - cells grow bigger, not replication
- cell division increased, but so did apoptosis
- enterocytes increase volume
- transport proteins may already exist in intracellular membranes that are then released to the luminal membrane
- would not result in a peak in RNA transcription
- part of why the cells are fatter is because they cells are full of lipid droplets
- endocytosis - not actively transported