APPS - Revision history

Hekkcess: /* Objective and context */

2016-01-25T16:01:18Z

Objective and context

2015-12-19T14:31:43Z

UV Transparent material

2015-12-19T14:03:27Z

UV Transparent material

2015-12-19T14:02:31Z

UV Transparent material

2015-12-13T16:14:43Z

Experimental

2015-12-02T12:32:16Z

added categories

2015-11-29T10:02:19Z

Hekkcess moved page Protein purification systems to APPS: project as a name now

2015-11-23T22:14:47Z

2015-11-23T22:10:05Z

flow necessities

2015-11-23T21:56:54Z

Experimental

@@ Line 1: / Line 1: @@
 == Objective and context ==
-In laboratory, routine tagged-protein (His or strep tagged proteins) purification is usually made manually with the the help of resins. This procedure is often, so to say, boring and repetitive. Automatic alternatives exist but are costly (8000 - 15000), bulky and often too specific for such simple but long task. The idea is to develop a small, (semi-)automatic, cheap(er) and modulable protein purification system for most of the routine task.
+In laboratory, routine tagged-protein (His or strep tagged proteins) purification is usually made manually with the the help of resins. This procedure is often, so to say, boring and repetitive. Automatic alternatives exist but are costly (more than 50000 chf to the basic units), bulky and often too specific for such simple but long task. The idea is to develop a small, (semi-)automatic, cheap(er) and modulable protein purification system for most of the routine task.
 === Routine Protein Purification ===

@@ Line 59: / Line 59: @@
 ==== UV Transparent material ====
 We need UV transparent material for the flow cell. We will first try to cut small portion of those 1cm UV spectrometers optical cells. <br>
-Quartz pieces could be used as well. As seen on the chart below PMMA and BRAND are potential alternatives for the UV cell. [http://www.brandtech.com/cuvtran_graph.asp source]
+Quartz pieces could be used as well. As seen on the chart below PMMA and this plastic made by BRAND are potential alternatives for the UV cell. [http://www.brandtech.com/cuvtran_graph.asp source]
 <gallery mode="traditional">

@@ Line 59: / Line 59: @@
 ==== UV Transparent material ====
 We need UV transparent material for the flow cell. We will first try to cut small portion of those 1cm UV spectrometers optical cells. <br>
-Quartz pieces could be used as well. As seen on the chart below PMMA and BRAND are potential alternatives for the UV cell.
+Quartz pieces could be used as well. As seen on the chart below PMMA and BRAND are potential alternatives for the UV cell. [http://www.brandtech.com/cuvtran_graph.asp source]
 <gallery mode="traditional">
-File:UV_trans.jpg| side 1
+File:UV_trans.jpg| UV transparent plastics
 </gallery>

@@ Line 59: / Line 59: @@
 ==== UV Transparent material ====
 We need UV transparent material for the flow cell. We will first try to cut small portion of those 1cm UV spectrometers optical cells. <br>
-Quartz pieces could be used as well.
+Quartz pieces could be used as well. As seen on the chart below PMMA and BRAND are potential alternatives for the UV cell.
 === Hydraulics ===

@@ Line 129: / Line 129: @@
 == Experimental ==
 In this subsection we list out everything that has been tried for each of the modules. Consider this section more as a lab-book than as a final document.
 === Hydraulics ===

← Older revision		Revision as of 12:32, 2 December 2015
Line 218:		Line 218:
	=== Startinnov ===		=== Startinnov ===
	On Saturday 21.11.15 the project was presented at the Startinnov event in Lausanne. We (a team of 4) defended the project through 4 rounds of pitches where a business plan had to be made and discussed by experts before being presented to VCs and company managers. Four other projects were as well in "competition". Came out 1st, not bad for a pile of LEGOs =)		On Saturday 21.11.15 the project was presented at the Startinnov event in Lausanne. We (a team of 4) defended the project through 4 rounds of pitches where a business plan had to be made and discussed by experts before being presented to VCs and company managers. Four other projects were as well in "competition". Came out 1st, not bad for a pile of LEGOs =)
		+
		+	[[Category:Projects]]
		+	[[Category:Work In Progress]]

← Older revision	Revision as of 10:02, 29 November 2015
(No difference)

← Older revision		Revision as of 22:14, 23 November 2015
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	\| UV detector \|\| Adafruit \|\| 33.- (total) \|\| 2 + 2 \|\| 35.- \|\| 68.- \|\| 123 .-		\| UV detector \|\| Adafruit \|\| 33.- (total) \|\| 2 + 2 \|\| 35.- \|\| 68.- \|\| 123 .-
	\|}		\|}
		+
		+	== Else ==
		+
		+	=== Startinnov ===
		+	On Saturday 21.11.15 the project was presented at the Startinnov event in Lausanne. We (a team of 4) defended the project through 4 rounds of pitches where a business plan had to be made and discussed by experts before being presented to VCs and company managers. Four other projects were as well in "competition". Came out 1st, not bad for a pile of LEGOs =)

@@ Line 136: / Line 136: @@
 Purity in the end was satisfying (in other words, very good hahah)
-HIS:
+{| class="wikitable"
-Equilibration:
+|-
 === Valves ===