Imperial College London (ICL) • Biology
Latest uploads for Biology at Imperial College London (ICL). Looking for Biology notes at Imperial College London (ICL)? We have lots of notes, study guides and study notes available for Biology at Imperial College London (ICL).
-
60
- 0
- 0
Courses Biology at Imperial College London (ICL)
Notes available for the following courses of Biology at Imperial College London (ICL)
-
Biology > Immunology 13
-
Cell Biology and Genetics 20
-
Ecology and evolution 26
-
Molecular Biology 1
Latest notes & summaries Imperial College London (ICL) • Biology
This notes completely explain blood, blood group, blood group types, Rh incompatibility, blood Grouping and it's procedures, risk associated with blood Grouping
After reading this notes you will be to understand:
What is blood?
What is blood group?
What are the types of blood group?
What is Rh incompatibility?
What is haemolysis?
What is blood Grouping?
What are the procedures of blood Grouping?
What are the risk associated with blood grouping?
- Book
- Class notes
- • 11 pages's •
-
Imperial College London•Biology > Immunology
-
Immunobiology • Charles A. Janeway, etc.• ISBN 9780443073106
Preview 1 out of 11 pages
This notes completely explain blood, blood group, blood group types, Rh incompatibility, blood Grouping and it's procedures, risk associated with blood Grouping
After reading this notes you will be to understand:
What is blood?
What is blood group?
What are the types of blood group?
What is Rh incompatibility?
What is haemolysis?
What is blood Grouping?
What are the procedures of blood Grouping?
What are the risk associated with blood grouping?
In this notes I completely explained all the five 
classes of immunoglobulin and also the subclasses each one is fully described in easy to understand manner. This document also included pictures of different immunoglobulin classes and it's properties are fully discussed.
- Book
- Class notes
- • 8 pages's •
-
Imperial College London•Biology > Immunology
-
Janeway\'s Immunobiology • Kenneth Murphy, Casey Weaver• ISBN 9780815345510
Preview 1 out of 8 pages
In this notes I completely explained all the five 
classes of immunoglobulin and also the subclasses each one is fully described in easy to understand manner. This document also included pictures of different immunoglobulin classes and it's properties are fully discussed.
Highly detailed notes with diagrams and images on gene regulation, targeting 1st or 2nd year biologists and biochemists who wish to have an in-depth knowledge in that area.
This first part of this document explains the importance of gene regulation, the principles and components behind gene regulation. Then moving on to the architecture and differences between prokaryotes and eukaryotes gene regulation and some experimental methods in identifying the cis and trans regulatory elements.
The second...
- Book
- Class notes
- • 25 pages's •
-
Imperial College London•Molecular Biology
-
Molecular Biology Of The Cell • Bruce Alberts, Alexander Johnson• ISBN 9780815316190
Preview 4 out of 25 pages
Highly detailed notes with diagrams and images on gene regulation, targeting 1st or 2nd year biologists and biochemists who wish to have an in-depth knowledge in that area.
This first part of this document explains the importance of gene regulation, the principles and components behind gene regulation. Then moving on to the architecture and differences between prokaryotes and eukaryotes gene regulation and some experimental methods in identifying the cis and trans regulatory elements.
The second...
This describes different types of autoimmunity and their causes. Also describes how different treatments are available to combat autoimmunity
- Class notes
- • 11 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 11 pages
This describes different types of autoimmunity and their causes. Also describes how different treatments are available to combat autoimmunity
This describes stem cell, blood and organ transplantation method, how foreign cells are rejected, and how to go about avoiding graft rejection
- Class notes
- • 15 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 15 pages
This describes stem cell, blood and organ transplantation method, how foreign cells are rejected, and how to go about avoiding graft rejection
This describes different types of immunodeficiency diseases and their causes. Also describes what treatments are available for each type of disease
- Class notes
- • 9 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 9 pages
This describes different types of immunodeficiency diseases and their causes. Also describes what treatments are available for each type of disease
This describes immune response components that help initiate the allergic response. Also describes the four main types of hypersensitivity and their causes
- Class notes
- • 13 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 13 pages
This describes immune response components that help initiate the allergic response. Also describes the four main types of hypersensitivity and their causes
This describes how blood stem cells are used and how they are extracted. Also describes how they are identified using different markers in flow cytometry
- Class notes
- • 6 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 6 pages
This describes how blood stem cells are used and how they are extracted. Also describes how they are identified using different markers in flow cytometry
This describes how cancer cells can thrive under the surveillance of the body immune system, and how these cells can be targeted
- Class notes
- • 8 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 8 pages
This describes how cancer cells can thrive under the surveillance of the body immune system, and how these cells can be targeted
This describes some signalling components e.g. tyrosine kinase, G proteins, and T cell receptor and how these components are positively and negatively regulated
- Class notes
- • 11 pages's •
-
Imperial College London•Biology > Immunology
Preview 1 out of 11 pages
This describes some signalling components e.g. tyrosine kinase, G proteins, and T cell receptor and how these components are positively and negatively regulated