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BIOL 2905 Lecture 3: Fluorecent microscopes

Canada

Introduction to Medical Microbiology

Biology

Dasantila Golemi- Kotra

York University

Biochemistry

Animals

Cell Biology

Statistics for Biologists

Macromolecules of Biochemical Interest

Current Topics in Biological Research

Advanced Biochemistry and Molecular Genetics Laboratory

Biology of Cancer

Proteomics

Cell and Molecular Biology of Development

Chemical Structure

Chemical Dynamics

Introduction to Thermodynamics

Introductory Organic Chemistry I

Intertextualities

The Nature of Religion: An Introduction

Sociocultural Perspectives in Kinesiology

Human Physiology I

Human Anatomy

Coaching: The Art and Science

Human Physiology II

Introduction to Linguistics

Applied Calculus I

Applied Calculus II

Plato and Aristotle

Philosophy or Art and Literature

Behaviour in Groups

Health Controversies: Issues of Health, Illness and Society

Sociology of Education

Introduction to Enterprise Resource Planning Systems Applications

Introduction to Biological Science /  Biology I - Cells, Molecular Biology and Genetics

Biology II - Evolution, Ecology, Biodiversity and Conservation Biology

Research Methods in Cell and Molecular Biology

Cooperation, Competition, and Conflict: Jews and non-Jews in Eastern Europe, 1914-1945

The Islamic Gunpowder Empires

Theories of Dinosaur Extinction

Communication, Health and Environment

Research Methods in Criminology

Computer Use: Fundamentals

Introductory Organic Chemistry II

Programming for Mobile Computing

<p><p>What is the major difference in scanning electron microscopy(SEM) when compared to light microscopy (LM) or transmissionelectron microscopy (TEM)?</p> <p>What is the major difference in scanning electron microscopy(SEM) when compared to light microscopy (LM) or transmissionelectron microscopy (TEM)?</p> <table><tbody> <tr> <td></td> <td>SEM is not good at viewing higher magnifications.</td> </tr> <tr> <td></td> <td>The original image is in black and white.</td> </tr> <tr> <td></td> <td>SEM uses whole, unsectioned surfaces that are covered in carbonand gold dust.</td> </tr> <tr> <td></td> <td>SEM uses a beam of light to view specimens.</td> </tr> </tbody></table></p>

<p><p>How do TEM and SEM images of the same organism differ? Why are they different?</p></p>

<p>Questions about Cellular Neurobiology</p> <p>Be able to recognize the difference between images taken vialight microscopy, SEM and TEM, and the approximate orders ofmagnitude/entities that can be resolved by each.</p>

BIOL 2905 Lecture 3: Fluorecent microscopes

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Related Questions

	SEM is not good at viewing higher magnifications.
	The original image is in black and white.
	SEM uses whole, unsectioned surfaces that are covered in carbonand gold dust.
	SEM uses a beam of light to view specimens.