Exams are coming!
Get ready with premium notes and study guides!

Class Notes for Jennifer Harris

  • 95 Results
  • About UTSG
UTSGBIO120H1Jennifer HarrisWinter

lecture #21

OC413 Page
31 Jul 2010
32
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Paper Clip, Craig Venter, Metabolome

OC654627 Page
2 Feb 2013
25
That dna in the background of doing its job as template to make. Rna is actually being replicated & associated with that replication is going to be som
View Document
UTSGBIO120H1Jennifer HarrisWinter

BIO120H1 Lecture Notes - Electric Potential Energy, Electric Field, Robert Andrews Millikan

OC32197619 Page
5 Oct 2014
33
Electric potential and potential energy due to point charges. Obtaining the value of the electric field from the electric potential. * an asterisk indi
View Document
UTSGBIO120H1Jennifer HarrisWinter

BIO120H1 Lecture Notes - Electric Field, Net Force, Resultant Force

OC32197617 Page
5 Oct 2014
29
Solutions to serway"s end of chapter problems, 9th edition. Life would be no different if electrons were positively charged and protons were negatively
View Document
UTSGBIO120H1Jennifer HarrisWinter

BIO120H1 Lecture Notes - Lecture 4: Action Potential, Cyclic Adenosine Monophosphate, Neuromuscular Junction

OC654628 Page
14 Jul 2013
31
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 5: Okazaki Fragments, Dideoxynucleotide, Dna Sequencing

OC654625 Page
28 May 2013
32
Lecture outline: dideoxy chain termination method, manual, automated, genome databases, blotting. Which of statements regarding dna replication is corr
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 7: Multiple Sequence Alignment, Bioinformatics, Clustal

OC654625 Page
28 May 2013
20
Lecture 7: what is gene & where do i find it? (part ii) For genome projects, gene prediction is often difficult. Which of the following factors is/are
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 9: Tata-Binding Protein, Tata Box, Eukaryote

OC654628 Page
28 May 2013
23
Lecture outline: structure of a gene, rna polymerases, transcription of protein-coding genes, rna processing. Gene structure is more complex in eucaryo
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Molten Globule, Protein Folding, Hsp70

OC654626 Page
28 May 2013
15
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 17: Trp Operon, Lac Repressor, Lac Operon

OC6546210 Page
28 May 2013
23
Next lecture we"re going to be looking at eucaryotic transcription regulation. Today we compare prokaryotic and eucaryotic transcription regulation. La
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 20: Tomato Bushy Stunt Virus, Rna-Dependent Rna Polymerase, Tobacco Mosaic Virus

OC654628 Page
28 May 2013
17
Today we"re going to take a look at the interplay b/w rna and the organization of dna. Start first of all with the novel aspect of the regulation of rn
View Document
UTSGBIO120H1Jennifer HarrisFall

BIO120H1 Lecture Notes - Lecture 13: Arabidopsis Thaliana, Craig Venter, Mammalian Genome

OC654624 Page
28 May 2013
17
That dna in the background of doing its job as template to make. Rna is actually being replicated & associated with that replication is going to be som
View Document

Class Notes (1,100,000)
CA (640,000)
UTSG (50,000)
BIO (2,000)
BIO120H1 (1,000)
Jennifer Harris (90)