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28 Cards in this Set

  • Front
  • Back
Types of feedback regulatory systems
1) neural regulatory systems
2) endocrine regulatory systems
Isotopes
Same atomic # (protons)
different Neutrons
Glycemic Load
GI x gCHO/serving
membrance protein functions:
-channels: ions etc
-pores: water
-receptors: proteins
Transcription
Nucleus
-mRNA copies mirror image of DNA sense strand, codons
code for a single AA
Codon
Translation
In Ribosome
-tRNA builds protein from mRNA
Cells aren't differentiated
-only available 2 weeks after sperm + egg
Stem cells
Cell that could become anything
Totipotent
Cells can be differentiated into only a few different cells
Adult stem cells
-bone marrow or neural
Regulated/normal cell death
Apoptosis
Something pathological killed cells
Necrosis
Cells multiply
Hyperplasia
Cells grow in size
Hypertrophy
substrate-level phosphorylation
creatine phosphate + ADP ->
creatine + ATP
Oxidative phosphorylation
ADP + P -> ATP
GLycolysis
Cytosil
-net 2 atp, 2 pyruvic acid
-no O2 required
Glycogen storage?
Liver
Skeletal Muscle
glycogenesis
glucose-- glycogen for storage
glycogenoLYSIS
glycogen-- glucose
Krebs Cycle
Mitochondria
-CO2
-ATP
ETC
Mitochondria
38 ATP
Major energy source for resting body
lipids
Cell in solution w osmolarity = in ICF and ECF
isosmotic
chemical messengers cell-- close by cell
Paracrines
Chemical messengers affect itself
Autocrines
Chemical messengers neuron -- cell
Neurotransmitters
Chemical messengers cell -- blood -- cell
hormones