IGEM:American University/2009/Notebook/Advanced Experimental Chemistry: Fun Times in Beeghly/2013/03/25

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(Autocreate 2013/03/25 Entry for IGEM:American_University/2009/Notebook/Advanced_Experimental_Chemistry:_Fun_Times_in_Beeghly)
Current revision (11:42, 3 April 2013) (view source)
(Today's Procedure and Results)
 
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==Welcome to Advanced Experimental Chemistry==
==Welcome to Advanced Experimental Chemistry==
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to be further editted
 
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=Today's Procedure and Results=
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1) Making 6 new Hydrogels
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a) 146-186k PVOH 1g, 1mL glutaraldehyde, 30+ mL water
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b-f) 146-186K PVOH 1g, 1mL glutaraldehyde, 17.25µL Butyn-1-ol
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2) Making more Quaternary Ammonium Salt Films
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0.1% QAS/PVOH filtrate 1g, 20+ mL water, 1 mL glutaraldehyde.
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3) Crosslinking the 0.01% QAS/PVOH filtrate films from 2/22.
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4) Measuring Swelling. Note: from the time the hydrogels were taken out and dried off, their mass was constantly going down due to water's relatively rapid evaporation.
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a) Hydrogel Butyn-1-ol: Previous Mass=1.0120g, Mass post Swelling=2.1100g, net gain in water mass=1.098g
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b) Hydrogel Isopropanol: Previous Mass=1.1387g, Mass post Swelling=1.9740g, net gain in water mass=0.8353g

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Welcome to Advanced Experimental Chemistry

Today's Procedure and Results

1) Making 6 new Hydrogels

a) 146-186k PVOH 1g, 1mL glutaraldehyde, 30+ mL water

b-f) 146-186K PVOH 1g, 1mL glutaraldehyde, 17.25µL Butyn-1-ol

2) Making more Quaternary Ammonium Salt Films

0.1% QAS/PVOH filtrate 1g, 20+ mL water, 1 mL glutaraldehyde.

3) Crosslinking the 0.01% QAS/PVOH filtrate films from 2/22.

4) Measuring Swelling. Note: from the time the hydrogels were taken out and dried off, their mass was constantly going down due to water's relatively rapid evaporation.

a) Hydrogel Butyn-1-ol: Previous Mass=1.0120g, Mass post Swelling=2.1100g, net gain in water mass=1.098g

b) Hydrogel Isopropanol: Previous Mass=1.1387g, Mass post Swelling=1.9740g, net gain in water mass=0.8353g



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