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All Educational Materials for BIOC 4403 at Dalhousie University (DAL)

DALBIOC 4403Archibald JohnWinter

BIOC 4403 Study Guide - Final Guide: Satellite Dna, Helicase, Transfer Rna

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Chain terminator (sanger) sequencing: single-stranded template, primer polymerase, all four dntps (one labeled*, one of four ddntps (very low conc. ) i
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Study Guide - Midterm Guide: Polyadenylation, Glaucophyte, Prokaryote

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DALBIOL 2020Mc Carville MindyWinter

BIOL 2020 Lecture Notes - Lecture 18: Cholera Toxin, Copii, G Protein

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DALBIOL 2020Mc Carville MindyWinter

BIOL 2020 Lecture Notes - Lecture 22: Intermediate Filament, Phosphorylation, Mitosis

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Mitosis is initiated by a protein complex called mpf. The nuclear lamina is composed of lamin intermediate filaments, and is disassembled following pho
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DALMATH 1000AllFall

MATH 1000 Midterm 1

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Review questions for midterm 1: a) complete the sentence: f (x) is continuous at x = a if , consider the function f (x) = 4 x2 if x < 1 x if x 1. What
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DALMATH 1000AllFall

MATH 1000 Final Exam

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The reverse sides of the pages can be used for (unmarked) rough work. 2: find the following limits. (a) lim x. 0 (c) lim x x 4 2 x. 1 cos (e) lim x ln
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DALMATH 1000AllFall

MATH 1000 Midterm 2

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Review questions for midterm 2: compute the derivatives of: f (x) = ln(cid:16) x. 2(cid:17) ; f (x) = xln x; f (x) = x tan 1 (2x) [remark: tan 1 arctan
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DALMATH 1500XAllFall

MATH 1500 Final Exam

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How to prepare for the nal: the most e ective way is to go over the problems, especially on homeworks, review sheets and midterms, please attempt the p
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DALMATH 1000AllFall

MATH 1000 Final Exam 2009

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Note: final exam is wednesday, august 19, 2009 at 6:05pm in dunn 302: [3 marks] consider f (x) =( x2+x 6 x+3 if x < 3. X + 4 = 1 = 1 (a) lim x 3+ f (x)
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DALENGM 2022AllFall

ENGM 2022 Lecture 4: assgn 4

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DALENGM 2022AllFall

ENGM 2022 Lecture Notes - Lecture 5: Geometric Distribution, Umber, Binomial Distribution

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DALENGM 2022AllFall

ENGM 2022 Lecture 3: sol3

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 5: Demethylase, Gametogenesis, Hydrolysis

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Originally referred to any process that allowed a particular phenotypic state to be inherited without changes in the sequence of dna: was used to descr
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 2: Dna, Ribozyme, Transferase

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Comparative biology: comparisons to infer biology of luca, what came first, dna or. Feasibility experiments: testing hypothesis re: origin of life. Chi
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 4: Group Ii Intron, Mobile Genetic Elements, Group I Catalytic Intron

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Mobile genetic elements: dna elements that encode proteins that mediate the movement of the element within a genome and between genomes. Found in all d
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 12: Signal Peptide, Chloroplast Membrane, Plastid

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 2: Protist, Ribosomal Rna, Transferase

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4403 - 2 origins of genes and genomes. Study online at quizlet. com/_1yh5en: how do we know what we know about the early evolution of cellular life, co
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 3: Last Universal Common Ancestor, Gene Duplication, Noncoding Dna

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Can infer that luca had a dsdna genome. Genes involved in house-keeping functions, core metabolic functions. From pre-existing genes (via duplication o
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 9: Saccharomyces Cerevisiae, Comparative Genomics, Fot

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Comparative genomics the study of the differences and similarities in genome structure and organization in different organisms. By recording and analyz
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 1: Prokaryote, Metaphase, Heterochromatin

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Bacterial, archaeal, organellar genomes: often circular, sometimes linear dna, high gene density lack of repetitive dna, replication/transcription/tran
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 13: Nuclear Dna, Plastid, Comparative Genomics

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 37: Transposable Element, Microfluidics, Chromatin

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10
4403 ii l17 - functional genomics: functional. Integrating all the omics to investigate functional aspects of genes and genomes at every possible level
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Chapter Notes - Chapter 3: Genome Research, Adaptive Mutation, Complementary Dna

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Chapter Notes - Chapter 4: Mobile Genetic Elements, Group I Catalytic Intron, Protein Splicing

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Study online at quizlet. com/_1w24fd: ectopic transposition: movement of intron to new genomic, how do group ii introns work? sites, group ii introns:
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 5: Demethylase, Gametogenesis, Hydrolysis

OC4308156 Page
0
Originally referred to any process that allowed a particular phenotypic state to be inherited without changes in the sequence of dna: was used to descr
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 2: Dna, Ribozyme, Transferase

OC4308151 Page
0
Comparative biology: comparisons to infer biology of luca, what came first, dna or. Feasibility experiments: testing hypothesis re: origin of life. Chi
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Study Guide - Midterm Guide: Polyadenylation, Glaucophyte, Prokaryote

OC5586142 Page
17
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Study Guide - Final Guide: Satellite Dna, Helicase, Transfer Rna

OC5586143 Page
11
Chain terminator (sanger) sequencing: single-stranded template, primer polymerase, all four dntps (one labeled*, one of four ddntps (very low conc. ) i
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 4: Group Ii Intron, Mobile Genetic Elements, Group I Catalytic Intron

OC4308152 Page
0
Mobile genetic elements: dna elements that encode proteins that mediate the movement of the element within a genome and between genomes. Found in all d
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 12: Signal Peptide, Chloroplast Membrane, Plastid

OC4308153 Page
0
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 2: Protist, Ribosomal Rna, Transferase

OC5586142 Page
33
4403 - 2 origins of genes and genomes. Study online at quizlet. com/_1yh5en: how do we know what we know about the early evolution of cellular life, co
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 3: Last Universal Common Ancestor, Gene Duplication, Noncoding Dna

OC4308152 Page
0
Can infer that luca had a dsdna genome. Genes involved in house-keeping functions, core metabolic functions. From pre-existing genes (via duplication o
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 9: Saccharomyces Cerevisiae, Comparative Genomics, Fot

OC4308153 Page
0
Comparative genomics the study of the differences and similarities in genome structure and organization in different organisms. By recording and analyz
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 1: Prokaryote, Metaphase, Heterochromatin

OC4308152 Page
0
Bacterial, archaeal, organellar genomes: often circular, sometimes linear dna, high gene density lack of repetitive dna, replication/transcription/tran
View Document

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 2: Dna, Ribozyme, Transferase

OC4308151 Page
0
Comparative biology: comparisons to infer biology of luca, what came first, dna or. Feasibility experiments: testing hypothesis re: origin of life. Chi
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 4: Group Ii Intron, Mobile Genetic Elements, Group I Catalytic Intron

OC4308152 Page
0
Mobile genetic elements: dna elements that encode proteins that mediate the movement of the element within a genome and between genomes. Found in all d
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 11: Mycoplasma Laboratorium, Mycoplasma Genitalium, Intracellular Parasite

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Genome reduction is common in intracellular bacteria, such as obligate intracellular pathogens and endosymbionts. It contributes to the evolution of ho
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 13: Nuclear Dna, Plastid, Comparative Genomics

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 8: Rickettsia Prowazekii, Amborella, Genome Size

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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 5: Virus Classification, Reoviridae, Poliovirus

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Viruses: entities whose genomes are elements of nucleic acids that replicate inside living cells using the cellular synthetic machinery, and cause the
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 10: Rolling Circle Replication, Bacterial Conjugation, Genomic Island

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Bacterial transformation: donor cell undergoes lysis and dies, releases dna and recipient cell takes up the dna. Bacterial transduction: phage-infected
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 3: Last Universal Common Ancestor, Gene Duplication, Noncoding Dna

OC4308152 Page
0
Can infer that luca had a dsdna genome. Genes involved in house-keeping functions, core metabolic functions. From pre-existing genes (via duplication o
View Document
DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 9: Mobile Genetic Elements, Shotgun Sequencing, Homologous Recombination

OC4308152 Page
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Prokaryotes: cells with co-transcriptional translation on their main chromosomes; they translate nascent rnas into protein. Prokaryotic is controversia
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DALBIOC 4403Archibald JohnWinter

BIOC 4403 Lecture Notes - Lecture 12: Signal Peptide, Chloroplast Membrane, Plastid

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