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All Educational Materials for BIOL 3120 at York University (YORKU)

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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Midterm: Midterm 1

7 Page
27 Nov 2019
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120- Midterm Exam Guide - Comprehensive Notes for the exam ( 19 pages long!)

19 Page
11 Oct 2017
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YORKBIOL 3120Tanya Da SylvaWinter

[BIOL 3120] - Final Exam Guide - Ultimate 22 pages long Study Guide!

22 Page
29 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Study Guide - Comprehensive Final Exam Guide - Antigen, B Cell, Protein

84 Page
20 Nov 2018
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YORKBIOL 3120Tanya Da SylvaWinter

BIOL 3120 Chapter Notes - Chapter 3&7: Polyadenylation, V(D)J Recombination, Adaptive Immune System

11 Page
19 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
View Document
YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Cytokine, Growth Factor, Natural Killer Cell

1 Page
12 Mar 2014
Mutation in tumor cells that generate altered peptides that are presented in mhc i. Expression of viral antigens in transformed cells. Oncofetal tumor
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YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Mhc Class I, B Cell, Polyclonal Antibodies

1 Page
12 Mar 2014
9: down regulation of mhc i expression and mutation in any of the genese involved in ag processing (ex. Genes coding for tap: the up-regulation of anti
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Chapter Notes - Chapter 12: Type Ii Hypersensitivity, Type Iii Hypersensitivity, Type I Hypersensitivity

5 Page
2 Dec 2013
Explain what it means to be sensitized to an antigen. Certain kinds of innocuous molecule stimulatean adaptive immune response and the development of i
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture 9: Lecture 9 Chapter 19 Cancer

OC10145266 Page
11 May 2017
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 7: Immunoglobulin Light Chain, Immunoglobulin Heavy Chain, Oligomer

18 Page
18 Oct 2018
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 1: Adaptive Immune System, Innate Immune System, B-Cell Receptor

7 Page
18 Oct 2018
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture 8: Chapter 17 Infectious diseases

OC10145266 Page
11 May 2017
0
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YORKBIOL 3120Tanya Da SylvaWinter

[BIOL 3120] - Final Exam Guide - Ultimate 22 pages long Study Guide!

22 Page
29 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
View Document
YORKBIOL 3120Da Sylva Fall

BIOL 3120 Study Guide - Comprehensive Final Exam Guide - Antigen, B Cell, Protein

84 Page
20 Nov 2018
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120- Midterm Exam Guide - Comprehensive Notes for the exam ( 19 pages long!)

19 Page
11 Oct 2017
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Midterm: Midterm 1

7 Page
27 Nov 2019
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YORKWinter

BIOL 1000 Lecture Notes - Lecture 10: Cabomba, Linear Regression

4 Page
23 Mar
Table 1: cumulative oxygen gas produced by cabomba every 2 minutes (0. 03 hours), under red light in a monometer. Time (hours) exp tube 1 trial 1 exp t
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BIOL 1000 Lecture Notes - Lecture 2: Methylene Blue, Pressure Measurement, Pipette

4 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
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BIOL 1000 Lecture Notes - Lecture 1: Methylene Blue, Pipette, Pressure Measurement

4 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
View Document

BIOL 1000 Lecture Notes - Lecture 4: Pressure Measurement, Standard Deviation, Null Hypothesis

2 Page
12 Mar 2019
Statistical analysis of the aquatic plant camboba caroliniana calculated by using the photosynthetic rates (ml o2 produced/g/hour). In a manometric sys
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BIOL 1000 Lecture Notes - Lecture 3: Methylene Blue, Pressure Measurement, Pipette

5 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
View Document

BIOL 1000 Lecture Notes - Lecture 1: Plasmolysis, Optical Microscope, Pipette

6 Page
12 Mar 2019
Determining the minimum concentration threshold required for plasmolysis to occur in the. Aquatic plant rotala nanjenshan using a compound microscope.
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BIOL 1000 Lecture Notes - Lecture 1: Pressure Measurement, Confidence Interval, Standard Deviation

2 Page
12 Mar 2019
Statistical analysis of the aquatic plant camboba caroliniana calculated by using the photosynthetic rates (ml o2 produced/g/hour). In a manometric sys
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BIOL 1000 Lecture Notes - Lecture 3: Chlorophyll, Photon, Chemical Equation

11 Page
12 Mar 2019
Effect of green light vs white light on photosynthetic rate of aquatic plant cabomba caroliniana. The photosynthetic rate measured by the cumulative ox
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YORKFall

BIOL 1000 Chapter Notes - Chapter 1: Pressure Measurement, Pipette, Methylene Blue

2 Page
13 Feb 2019
Table 1: photosynthetic rates and oxygen production data collected for the aquatic plant, Cabomba caroliniana, exposed to a white light source. The con
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YORKFall

BIOL 20102014_term_2_annotated

4 Page
31 Jan 2019
Sc/biol plant biology second term test (28 february 2014) page 1 of 4: ascogenous hyphae, cleistothecium, conidiophore, calyptra, mycorrhizae, trichogy
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 1: Phagocytosis, Myeloid Tissue, Eosinophil

2 Page
9 Feb 2017
Le(cid:272)ture (cid:1005) ch (cid:1006) cells of the i(cid:373)(cid:373)u(cid:374)e syste(cid:373) Hematopoietic stem cell (hsc) = can divide or diffe
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 2: Map3K7, Myd88, Signal Transduction

5 Page
9 Feb 2017
Cytokines =molecules that communicate among cells of the immune system. Can be soluble or membrane-bound (e. g. tnf) Bind to specific receptors on targ
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 2: Tap1, Proteolysis, Garland Science

17 Page
28 May 2014
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture 5: Chapter 7 Lymphocytes

5 Page
11 May 2017
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Trachea, Antibody, Subclavian Vein

14 Page
28 May 2014
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 2: Pattern Recognition Receptor, Innate Immune System, Adaptive Immune System

5 Page
9 Feb 2017
Signals: generated by binding of ligand to receptor noncovalently. Signals can be modified by amount of receptor or ligand. Often requires multitudes o
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 3: C5-Convertase, Complement Membrane Attack Complex, Lectin Pathway

4 Page
9 Feb 2017
Complement = soluble molecules secreted by liver in innate system. There are always some complement components in your body. Must be cleaved into two p
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 1: Gnathostomata, B Cell, Clonal Selection

4 Page
9 Feb 2017
Le(cid:272)ture (cid:1005) ch (cid:1005) o(cid:448)er(cid:448)ie(cid:449) of the i(cid:373)(cid:373)u(cid:374)e syste(cid:373) Immunity = a state of pr
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 7: Immunoglobulin Light Chain, Immunoglobulin Heavy Chain, Oligomer

18 Page
18 Oct 2018
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 9: Follicular Dendritic Cells, High Endothelial Venules, C-C Chemokine Receptor Type 7

5 Page
18 Oct 2018
They are constantly circulating in lymph and blood: extravasation: wbc go from blood into lymph nodes. Adhesion molecules on leukocytes and ligands on
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YORKBIOL 3120Tanya Da SylvaWinter

BIOL 3120 Chapter 9&10: B and T-cell development

9 Page
19 Nov 2016
The primary function of mature b cells is to secrete antibodies that protect the host against pathogens. Developing b cells must solve the problem of c
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YORKBIOL 3120Tanya Da SylvaWinter

BIOL 3120 Chapter Notes - Chapter 3&7: Polyadenylation, V(D)J Recombination, Adaptive Immune System

11 Page
19 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Chapter Notes -Innate Immune System, Signal Transduction, Phagocytosis

1 Page
16 Dec 2014
The innate immune system is triggered by pathogen associated molecular patterns (pamps) as well as damage-associated molecular patterns (damps). Pamps
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YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Cytokine, Growth Factor, Natural Killer Cell

1 Page
12 Mar 2014
Mutation in tumor cells that generate altered peptides that are presented in mhc i. Expression of viral antigens in transformed cells. Oncofetal tumor
View Document
YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Antigen, Leukotriene, Allergen

2 Page
12 Mar 2014
Immediate hypersensitivity: an exaggerated immune response mediated by antibody (type i and. Ii) or antigen-antibody complexes (type iii) that manifest
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YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Immune Complex, Chemokine, Adaptive Immune System

1 Page
12 Mar 2014
The reaction of antibody with antigen generates immune complexes. The formation of antigen- antibody complexes occurs as a normal part of an adaptive i
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YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Antigen, Epitope, Ibuprofen

2 Page
12 Mar 2014
According to this hypothesis, exposure to some pathogens during infancy and youth benefits individuals by stimulating immune responses and establishing
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YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Chapter Notes - Chapter 12: Type Ii Hypersensitivity, Type Iii Hypersensitivity, Type I Hypersensitivity

5 Page
2 Dec 2013
Explain what it means to be sensitized to an antigen. Certain kinds of innocuous molecule stimulatean adaptive immune response and the development of i
View Document
YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Mhc Class I, B Cell, Polyclonal Antibodies

1 Page
12 Mar 2014
9: down regulation of mhc i expression and mutation in any of the genese involved in ag processing (ex. Genes coding for tap: the up-regulation of anti
View Document
YORKBIOL 3120allFall

BIOL 3120 Chapter Notes -Ctla-4, Perforin, Thymus

2 Page
12 Mar 2014
Central tolerance:elimination of self-reacting lymphocytes in primary lymphoid organs (thymus, bone marrow) before completing their maturation. Periphe
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Your classmates’ favorite documents.
YORKBIOL 3120Tanya Da SylvaWinter

[BIOL 3120] - Final Exam Guide - Ultimate 22 pages long Study Guide!

22 Page
29 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120- Midterm Exam Guide - Comprehensive Notes for the exam ( 19 pages long!)

19 Page
11 Oct 2017
View Document
YORKBIOL 3120Da Sylva Fall

BIOL 3120 Study Guide - Comprehensive Final Exam Guide - Antigen, B Cell, Protein

84 Page
20 Nov 2018
View Document
YORKBIOL 3120Tanya Da SylvaWinter

BIOL 3120 Chapter 9&10: B and T-cell development

9 Page
19 Nov 2016
The primary function of mature b cells is to secrete antibodies that protect the host against pathogens. Developing b cells must solve the problem of c
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 1: Phagocytosis, Myeloid Tissue, Eosinophil

2 Page
9 Feb 2017
Le(cid:272)ture (cid:1005) ch (cid:1006) cells of the i(cid:373)(cid:373)u(cid:374)e syste(cid:373) Hematopoietic stem cell (hsc) = can divide or diffe
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 2: Map3K7, Myd88, Signal Transduction

5 Page
9 Feb 2017
Cytokines =molecules that communicate among cells of the immune system. Can be soluble or membrane-bound (e. g. tnf) Bind to specific receptors on targ
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Lecture 2: Tap1, Proteolysis, Garland Science

17 Page
28 May 2014
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture 5: Chapter 7 Lymphocytes

5 Page
11 May 2017
View Document
YORKBIOL 3120Tanya Da SylvaWinter

BIOL 3120 Chapter Notes - Chapter 3&7: Polyadenylation, V(D)J Recombination, Adaptive Immune System

11 Page
19 Nov 2016
In order to recognize a diverse amount of pathogens, the immune system must generate a diverse and flexible repertoire of receptor molecules and minimi
View Document
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Lecture Notes - Trachea, Antibody, Subclavian Vein

14 Page
28 May 2014
View Document

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The latest uploaded documents.
YORKBIOL 3120Tanya Da SylvaFall

BIOL 3120 Midterm: Midterm 1

7 Page
27 Nov 2019
View Document
YORKBIOL 3120Da Sylva Fall

BIOL 3120 Study Guide - Comprehensive Final Exam Guide - Antigen, B Cell, Protein

84 Page
20 Nov 2018
View Document
YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 7: Immunoglobulin Light Chain, Immunoglobulin Heavy Chain, Oligomer

18 Page
18 Oct 2018
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 8: Bone Marrow, Chemokine Receptor, B Cell

4 Page
18 Oct 2018
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 6: B-Cell Receptor, C1 Complex, Fragment Antigen-Binding

8 Page
18 Oct 2018
Ig is where the folds were characterized, but ig is also a b cell receptor/antibody: folding structure is interesting because it gives the function of
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 3: Innate Immune System, Endothelium, Tight Junction

8 Page
18 Oct 2018
The innate immune system: the pathogen can end up in different places, some inside cells (intracellular could be in the cytoplasm or vesicles/compartme
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 2: B-Cell Receptor, Avidity, Mast Cell

8 Page
18 Oct 2018
Often causes a cascade event, event can be highly specific. The ligand can be a soluble molecule or insoluble but in the ecf, or on a receptor of a nei
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 11: Follicular B Helper T Cells, Lymphadenopathy, Immunoglobulin Class Switching

5 Page
18 Oct 2018
A: because effector t helper cells need to know their target (mhc peptide). So b cell has to present peptide in class 2. T cell must recognize same ant
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 10: Thymocyte, Immunoglobulin M, Central Tolerance

7 Page
18 Oct 2018
Igm is mostly made in the beginning by alternative splicing, as cell matures it will have more igd, can be used to track stages of development. In sple
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YORKBIOL 3120Da Sylva Fall

BIOL 3120 Lecture Notes - Lecture 1: Adaptive Immune System, Innate Immune System, B-Cell Receptor

7 Page
18 Oct 2018
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