SQ 1=B 2=d 3=a 4=C 5=c
6=c 7=c 8=D 9=b 10=c
=== ---
SQ 1=B 2=a 3=b 4=B? 5=C? 6=B? 7=b 8=a 9=b 10=b
SQ 1=d 2=D 3=B 4=c 5=b 6=c 7=c 8=D 9=C 10=C AQ 1=b 2=d 3=a 4=a 5=e CQ 1=e 2=a 3=e?
SQ 1=d 2=c
SQ 1=d 2=c 3=A 4=a 5=b 6=a 7=D 8=B 9=B 10=b
streaming
Myosin motors interact with the actin.
===
1=b 2=c 3=a 4=D 5=B 6=c 7=b 8=b 9=A 10=c
8eSQ: 1=b 2=C 3=b 4=a 5=e 6=c 7=C L → N
8eSQ 1=c 2=d 3=a 4=skip Sutherland 5=C activation of G protein-coupled receptors. 6=B? 7=a 8=D?!?
8eSQ 1=b 2=a 3=1 4=C 5=C? MPF=degradation of cyclin 6=E=cleavage furrow formation? actin= 7=a 8=b
melanin
8 possible F1 genotypes: AaBbCC missing?
Eumelanin (red) and pheomelanin (brown).
===
Pedigree tutorial:
1=recessive(skip), 2=autosomal, 3=both parents, 4=recessive, sex-linked, dominant
8e: 1= 2=d 3=A 4=b 5=b 6=D 7=c 8=D(C ok(?) 9=a 10=A
8eSQ 1=e 2=E 3=a wild type 4=d unexpected 5=a 6=a 7=b husband irrelevant 8=c female werewolf must be heterozygous skip mitochondrial A single mating can produce many offspring. Drosophila chromosomes can be easily distinguishable under a light microscope. 4 pairs/2 weeks.
OK 3=b 4=c 5=b
6=d 7=a 8=c
part 5 exercise: use red ribose;
ACT17&D/6:
translation: 45 kinds tRNA; use ATP to attach a.a. to tRNA, GTP on ribosome?
1=C 2=B C=D 4=E 5=B
says drgrade poly-A tail first.
lac_operon
Ferment; beta galactosidase converts some lac to allo; cistron=locus -> polypeptide.
lac_repressed
lacI Inhibits by making repressor; operon also has lacY, lacA
mRNA_degradation
REVU; donot confuse miRNA w mRNA.
p53_tumor-suppressor
Tumor-suppressor also repair DNA.
proto-oncogene
Transposable elements in ch21. ras is proto-oncogene; p53 tumor-suppressor.
splicing
Troponin T muscle proteins - binds to tropomyosin to associate with actin.
trp_regulation
Central dogma: transcribed=expression.
===
8eSQ 1=d 2=a 3=d 4=a 5=c
6=e 7=a 8=c 9=b 10=b
1=C 2=A 3=A? 4=A 5=E identical 6=A? 7=C 8=C 9=B 10=B? ... division
1=B 2=B? 3=C 4=B 5=A? post-transcriptional processing
6=C 7=E? 8=C? 9=D 10=C? DNA sequencing
Q 1=C 2=Ex 3=B 4=A 5=A? without cytokinesis. 6=D? 7=C? 8=A? 9=c? 10=E? master C 1=E 2=D 3=A? 4=D 5=D+ 32=A? 33=A? 34=e? 35=A
12 parts: boobies, iguana, tortoise.
Tribulus SEEDS Puncturevine
natural_selection
Inductive reasoning (Jane Goodall chimpanzees).
variation
REPHRASE!
overproduction
PUFFBALL
adaptation
IMAX-SecretLife/#15:00
Flower Mantid (12:40 Arum and mosquito pollinator)
HIV
Reverse transcriptase in retrotransposons and telomerase.
homology
Whales 4 toes. Mammals diverged 65 MYA
Practice activity (esp. whale)
embryonic
Pharyngeal pouches - inner ear.
convergent
Southern flying squirrel in IL.
transitional
PBS-Evolution/2.2_change/#9:20
Egypt 6:50-14:10 aquatic Basilosaurus eg bones 40 MYA?
Order Artiodactyla 4 toes pigs, cattle, deer.
Toothed whales: dolphins, Orca, Sperm Whale, Narwhal.
Cecil Rhodes founded De Beers; Rhode Island, Rhodesia: Zambia & Zimbabwe.
evolutionary_tree
Amniotes -> Sauropsids (reptiles) -> Diapsida -> (flying or flightless Kiwi, not Penguin)
===
8eSQ 1=b 2=c 3=D 4=dd 5=a 6=dx
only discuss 4 onditions; no nonrandom mating.
8eSQ 1=D (70% is p; ask 2pq) 2=A 3=E 4=B(reshuffling of alleles=chief cause) 5=B
8eSQ 1=B 2=a 3=c 4=e 5=d 6=c
REDO Permian, etc...
8eSQ 1=c 2=a 3=E 4=B
SQ 1=B 2=D 3=B 4=E 5=d 6=c 7=d 8=a 9=e 10=c AQ 1=A 2=e 3=c 4=d 5=a 6=a 7=b 8=a 9=b 10=b 11=d 12=c 13=b 14=a 15=A CQ 1=c 2=B 3=d 4=c 5=D 21=a 22=E 23=b 24=c 25=e
1=d 2=a 4=D? 7=C? 9=a 1=c 2=d 3=b 5=e 6=a 24=d 27=c
1=d 6=d 8=a 1=e 6=c 8=a 11=c 18=c 20=d 23=c 25=b
8eSQ 1=B shape? 2=E generations? 3=a 4=d 5=C? 6=b 7=C? 8=b 9=a 10=a 11=b 12=a
8eSQ 1=d 2=a 3=b 4=a 5=d 8ePT (hard) 1=e 2=c 3=a 4=D(hard) 5=a
8eSQ 1=b 2=C 3=d 4=e 5=b 6=a 8ePT (Not good) 1=d(chemo) 2=b(plants) 3=d 4=c 5=b(coenocytic) 30=e athlete's foot/yeast infections
1=a b=c d=c 4=e 5=b 6=c 7=b 8=e 9=e 10=d 1=b 2=b 3=b 24=c 1,2=Porifera 3=cnidaria 4,6=E, etc 5=cnidaria 7,8=E,XNematoda? 9=Nem 10=Mollusca,etc 11=E,C 12=
8eSQ 1=C Cnidaria and Bilateria! 2=a 3=d 4=E exoskeleton? 5=B locomotion, gas exchange 6=e
SQ: 1=E 2=c 5=B AQ: 1=e 2=d 3=e 14=a CQ: 1=a 2=e 3=c 4=a 30=D?
SQ: 5=c 9=d 10=b AQ: 1=c 2=b 3=e 4=a 5=a 6=b 7=e 6=c 9=a 10=B? 11=c 12=C 13=a 14=b 15=E? CQ: 1=A
SQ: 1=D 2=d 3=D 8=c 9=B 10=C AQ: 1=c 2=e 3=b CQ: 1=C 2=a 3=a 4=d 5=B 6=b
| Bio1151 notes | Updated: Jul 29, 2010. | Peter Chen |