Presentation is loading. Please wait.

Presentation is loading. Please wait.

Positive control samples: the 2 and 3 counting from left to right, they have human blood and the rest were used to cut beef with one of its edges.

Published byΖώσιμη Παπακώστας Modified over 6 years ago

Similar presentations

Presentation on theme: "Positive control samples: the 2 and 3 counting from left to right, they have human blood and the rest were used to cut beef with one of its edges."— Presentation transcript:

1 Positive control samples: the 2 and 3 counting from left to right, they have human blood and the rest were used to cut beef with one of its edges.

2 Positive control samples: the 2 and 3 counting from left to right, they have human blood and the rest were used to cut beef with one of its edges. In darkness.

3 Sample PCz 1.2 C1 (3) (3) No. 154: with artificial light.

4 Sample PCz 1.2 C1 (3) (3) No. 154: In darkness.

5 Sample PCz 1.2 C1 (3) (3) No. 154: with artificial light.

6 Sample PCz 1.2 C1 (3) (3) No. 154: In darkness.

7 Sample PCz 1.2 C1 (3) (3) No. 154: Fiber of attached camelid seen at an optical microscope at 400 magnifications. possible Erythrocyte.

8 Sample PCz 1.2 C1 (3) (3) No. 154: Fiber of attached camelid seen at an optical microscope at 1000 magnifications. Possible Erythrocyte.

9 Sample PCz 1.2 C1 (3) (3) No. 154: Erythrocyte image taken with scanning electron microscope SEM increases.

10 Sample PCz 1.2 C1 (3) (3) No. 154: Black arrow: set of erythrocytes; Red arrow: possible leukocyte. image taken with scanning electron microscope SEM increases

Download ppt "Positive control samples: the 2 and 3 counting from left to right, they have human blood and the rest were used to cut beef with one of its edges."

Similar presentations

Images of ElectroStatic Discharge Damage

Images of ElectroStatic Discharge Damage
Microscopes. Purpose of scopes Magnification – make objects appear larger Resolution – keep the image clear.

Microscopes. Purpose of scopes Magnification – make objects appear larger Resolution – keep the image clear.
Tools of a Biologist. Microscopes: number one tool of a biologist Micro=Scope= – Small-to view A microscope is an instrument used to view very small objects.

Tools of a Biologist. Microscopes: number one tool of a biologist Micro=Scope= – Small-to view A microscope is an instrument used to view very small objects.
Scanning Confocal Basics n What’s so special ? n Confocals give higher resolution than normal microscopes. n Confocals can OPTICALLY SECTION a sample.

Scanning Confocal Basics n What’s so special ? n Confocals give higher resolution than normal microscopes. n Confocals can OPTICALLY SECTION a sample.
Microscopes are used to increase the magnification and resolving power of the unaided eye MICROSCOPES.

Microscopes are used to increase the magnification and resolving power of the unaided eye MICROSCOPES.
The electron microscope. Features of the electron microscope Electron beam has short wavelength so it can resolve objects well Electrons are negatively.

The electron microscope. Features of the electron microscope Electron beam has short wavelength so it can resolve objects well Electrons are negatively.
SIMPLE, COMPOUND, SEM, TEM, DISSECTION Microscopes.

SIMPLE, COMPOUND, SEM, TEM, DISSECTION Microscopes.
1. Operating Microscope Images Online Microscope Image Links: Healthy Blood Smear Image Unhealthy Blood Smear Image To move around the image, click and.

1. Operating Microscope Images Online Microscope Image Links: Healthy Blood Smear Image Unhealthy Blood Smear Image To move around the image, click and.
Microscope.

Microscope.
In what phase is cell #1?. Name this part of the microscope.

In what phase is cell #1?. Name this part of the microscope.
Living Organisms Consist of Cells State the resolution and magnification that can be achieved by a light microscope Explain the difference between magnification.

Living Organisms Consist of Cells State the resolution and magnification that can be achieved by a light microscope Explain the difference between magnification.
In what phase is cell #1?. Name this part of the microscope.

In what phase is cell #1?. Name this part of the microscope.
MICROSCOPES F STEREO F COMPOUND LIGHT F TRANSMISSION ELECTRON (TEM) F SCANNING ELECTRON (SEM)

MICROSCOPES F STEREO F COMPOUND LIGHT F TRANSMISSION ELECTRON (TEM) F SCANNING ELECTRON (SEM)
Microscopes.

Microscopes.
Tools of a Biologist.

Tools of a Biologist.
Theory vs Law Law – a fact Theory – an explanation for the fact Example… – Law = If I throw a apple up into the air, it will fall to the ground. – Theory.

Theory vs Law Law – a fact Theory – an explanation for the fact Example… – Law = If I throw a apple up into the air, it will fall to the ground. – Theory.
Microscopes. Compound Light Microscope – Use lenses to magnify the image of an object by focusing light – Cell structures as small as 1 millionth of a.

Microscopes. Compound Light Microscope – Use lenses to magnify the image of an object by focusing light – Cell structures as small as 1 millionth of a.
Cycling of Matter in Living Systems 1.3 Developments in Imaging Technology and Staining Techniques.

Cycling of Matter in Living Systems 1.3 Developments in Imaging Technology and Staining Techniques.
Tile Scanning on Zeiss Microscopes Kim Peifley 2/09/15.

Tile Scanning on Zeiss Microscopes Kim Peifley 2/09/15.
Chapter 3 Section 1 Microscopes. Units of Measure  Metric system of measurement  International System of Measurement SI  Base Unit is the Meter (m)

Chapter 3 Section 1 Microscopes. Units of Measure  Metric system of measurement  International System of Measurement SI  Base Unit is the Meter (m)

Similar presentations

Ads by Google