Cell Charaterization and Separation by Facs - 138008
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Lecture |
Exercise |
Laboratory |
Project or
Seminar |
House
Work |
Weekly
Hours |
2 |
2 |
3 |
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Possibility to guided reading
Determination of the grade according to progress during the semester and the submission of the final thesis
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Overlapping Courses:
| | | | Principles of Fluorescence Activated Cell Sorting Systems |
278471
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Principles of Flow-Cytometry Systems: Liquid System, Lasers, Optical Components, Electronic Components, Signal Identification and Detection. Fluorochromes: Fluorescent Proteins, Antibodies for Flow-Cytometry, Dna and Rna Dyes, Cell Cycle Analysis, and Compensation. Safety. the Principle of Cell Sorting. Analysis: Software for Acquisitions and Analysis, Gates, Statistics, Results Display. Facs Applications in Research, Clinic and Industry.
1. the Student Willl Understand How Flow Cytometry Systems Operate.
2. the Student Will Be Able to Plan and Execute An Experiment in Flow Cytometry, Using Instruments Available at the Lse Core Facility.
3. the Student Will Understand the Data Collected by the Flow Cytometer and Will Be Able to Perform Basic Analysis
Timetable to semester 02/2021
2021/2022 Spring Semester
| Room | Building | Hour | day | Lecturer | Exercise
Lecture | no. | Registering
Group |
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| | | | | Dr. Ron-Harel Noga | Lecture | 10 | 10 |
| | | | | Dr. Ron-Harel Noga | Laboratory | 10 |
| | | | | | Exercise | 10 |
TextbooksCompulsory
Book | Published | Publisher | Authors | Book |
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| Compulsory | 2007 | springer verlag | macey, marion g | flow cytometry |
| Compulsory | 1991 | cambridge university pree | james v. wastson | introduction to flow cytometry |
Created in 29/06/2022 Time 06:34:04
