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Activities of the Cell. I. The Cell Factory: Protein Production, From Start to Finish. =. ?. DNA genetic traits. Transcription of DNA. DNA. C T G. T T C. G T A. T A C. mRNA. A U G A A G C A U G A C. Translation of RNA.
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I. The Cell Factory: Protein Production, From Start to Finish =
? DNA genetic traits
Transcription of DNA DNA C T G T T C G T A T A C mRNA A U G A A G C A U G A C
Translation of RNA tRNAwith amino acid mRNA anticodon U A C U U C G U A C U G A U G A A G C A U G A C codon
G U A C U G U U C U A C A U G A A G C A U G A C
C U G G U A U A C U U C A U G A A G C A U G A C
C U G U U C G U A A U G A A G C A U G A C
G U A C U G A U G A A G C A U G A C
amino acid chart LEUCINE - HISTIDINE - LYSINE - ASPARTIC ACID U U G - A A G - C A U - G A C
transcription • Gene expression translation gene mRNA protein (amino acid chain)
+ 36 ATP + + 6 CO2 C6H12O6 6 H2O 6 O2 energy!) carbon dioxide glucose water oxygen Cellular Respiration
A) Aerobic respiration - the process that releasesenergy (ATP) by breaking down glucose, in the presence of oxygen
occurs within the mitochondria • two stages: • Kreb’s cycle • electron transport chain
B) Anaerobic respiration -produces ATP by breaking down glucose without oxygen
lactic acid fermentation (e.g. sore muscles, yogurt, cheese, pickles, kimchi)
Energy Tally • Anaerobic = 2 ATP • Aerobic respiration Glycolysis 2 ATP Kreb’s cycle 2 ATP Electron Transport 32 ATP +36 ATP
G1 cell growth S DNA replicates G2 preparation for cell division
A Typical Cell cell membrane nucleus (w/ nuclear membrane) DNA(genetic instructions)
during G1 DNA is in chromatin form (“loose” threads)
before cell division DNA is replicated and forms chromosomes
Cell Cycle Starts here
Cell division • Four Stages of Mitosis (separation of the chromosomes) • Prophase • Metaphase • Anaphase • Telophase • Cytokinesis (cell splits)
Stages of Mitosis • cytokinesis • telophase early prophase late prophase • anaphase metaphase