Automatic stage - Revision history

Vithoo at 08:25, 29 August 2018

2018-08-29T08:25:25Z

Vithoo at 07:49, 29 August 2018

2018-08-29T07:49:53Z

Vithoo at 07:44, 29 August 2018

2018-08-29T07:44:36Z

Vithoo at 14:57, 28 August 2018

2018-08-28T14:57:27Z

Vithoo at 14:52, 28 August 2018

2018-08-28T14:52:46Z

Vithoo at 14:16, 28 August 2018

2018-08-28T14:16:20Z

Vithoo: Created page with "== Goal == For the Genomic Integrity 2018 project, and more specifically to analyze the results of the comet cell assay chip for genomic integrity, we needed an autom..."

2018-08-28T14:15:48Z

Created page with "== Goal == For the Genomic Integrity 2018 project, and more specifically to analyze the results of the comet cell assay chip for genomic integrity, we needed an autom..."

New page

== Goal ==

For the [[Genomic Integrity 2018]] project, and more specifically to analyze the results of the comet cell assay [[chip for genomic integrity]], we needed an automatic moving stage.

One microscope at [[Hackuarium]] is already equipped with a camera linked to a camera with a [[Raspberry Pi]]. Thus, the idea is to be able to use this camera in order to automatically take pictures of a whole slide for example. This would allow us to count cells on a slide for instance.

=== General concept ===

We will implement the automatic stage on our Zeiss Axiolab E re. This microscope is an upright microscope.

[[File:ZeissMicroscope ZeissMicroscope.jpg|thumb|upright=0.9|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]

@@ Line 14: / Line 14: @@
 The microscope possesses two wheels to move the stage in the x and y direction, and two others to focus the sample (z direction).
-The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two wheels were 3D printed to be put around the original ones.
+The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two gears were 3D printed to be put around the original wheels.
-[[File:ZeissMicroscope3DPrintedWeels.jpg|thumb|upright=0.9|The new 3D printed microscope wheels]]
+[[File:ZeissMicroscope3DPrintedWeels.jpg|thumb|upright=0.9|The new 3D printed microscope gears]]

@@ Line 12: / Line 12: @@
 [[File:ZeissMicroscope.jpg|thumb|upright=0.9|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]
-The microscope possesses two weels to move the stage in the x and y direction, and two others to focus the sample (z direction).
+The microscope possesses two wheels to move the stage in the x and y direction, and two others to focus the sample (z direction).
-The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two weels were 3D printed to be put around the original ones.
+The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two wheels were 3D printed to be put around the original ones.
-[[File:ZeissMicroscope3DPrintedWeels.jpg|thumb|upright=0.9|The new 3D printed microscope weels]]
+[[File:ZeissMicroscope3DPrintedWeels.jpg|thumb|upright=0.9|The new 3D printed microscope wheels]]

@@ Line 4: / Line 4: @@
 One microscope at [[Hackuarium]] is already equipped with a camera linked to a camera with a Raspberry Pi. Thus, the idea is to be able to use this camera in order to automatically take pictures of a whole slide for example. This would allow us to count cells on a slide for instance.
 === General concept ===
@@ Line 14: / Line 15: @@
 The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two weels were 3D printed to be put around the original ones.

← Older revision		Revision as of 14:52, 28 August 2018
Line 10:		Line 10:

	[[File:ZeissMicroscope.jpg\|thumb\|upright=0.9\|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]		[[File:ZeissMicroscope.jpg\|thumb\|upright=0.9\|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]
		+
		+	The microscope possesses two weels to move the stage in the x and y direction, and two others to focus the sample (z direction).
		+
		+	The first goal of our automatic stage is to be able to move automatically the sample in the xy directions. To do so, two weels were 3D printed to be put around the original ones.

← Older revision		Revision as of 14:16, 28 August 2018
Line 9:		Line 9:
	We will implement the automatic stage on our Zeiss Axiolab E re. This microscope is an upright microscope.		We will implement the automatic stage on our Zeiss Axiolab E re. This microscope is an upright microscope.

−	[[File:~~ZeissMicroscope~~ ZeissMicroscope.jpg\|thumb\|upright=0.9\|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]	+	[[File:ZeissMicroscope.jpg\|thumb\|upright=0.9\|The Zeiss Axiolab E re with the Raspberry Pi camera on top]]

@@ Line 1: / Line 1: @@
 == Goal ==
-For the [[Genomic Integrity 2018]] project, and more specifically to analyze the results of the comet cell assay [[chip for genomic integrity]], we needed an automatic moving stage.
+For the [[Genomic Integrity 2018]] project, and more specifically to analyze the results of the comet cell assay [[chip for genomic integrity 2018]], we needed an automatic moving stage.
-One microscope at [[Hackuarium]] is already equipped with a camera linked to a camera with a [[Raspberry Pi]]. Thus, the idea is to be able to use this camera in order to automatically take pictures of a whole slide for example. This would allow us to count cells on a slide for instance.
+One microscope at [[Hackuarium]] is already equipped with a camera linked to a camera with a Raspberry Pi. Thus, the idea is to be able to use this camera in order to automatically take pictures of a whole slide for example. This would allow us to count cells on a slide for instance.
 === General concept ===