User:Melissa Novy/Notebook/CHEM-572 - Revision history

Melissa Novy at 01:33, 28 March 2013

2013-03-28T01:33:47Z

←Older revision		Revision as of 01:33, 28 March 2013
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	* Antimicrobial films and coatings inhibit bacterial growth and have practical applications in public environments. Because bacteria can develop resistance to antibiotics, an alternative is to use silver. Studies indicate that silver cations diffuse through the bacterial membrane and cause cell death by disrupting DNA replication and ATP production. Polymer films containing silver-loaded montmorillonite are a good candidate to study biocidal effects, because they are more durable than polymers that lack fillers and possibly better control the delivery of silver cations.		* Antimicrobial films and coatings inhibit bacterial growth and have practical applications in public environments. Because bacteria can develop resistance to antibiotics, an alternative is to use silver. Studies indicate that silver cations diffuse through the bacterial membrane and cause cell death by disrupting DNA replication and ATP production. Polymer films containing silver-loaded montmorillonite are a good candidate to study biocidal effects, because they are more durable than polymers that lack fillers and possibly better control the delivery of silver cations.
	* The antimicrobial effect of films of PLA2002D containing Laponite co-exchanged with Ag<sup>+</sup> is being tested. Films will be soaked in pure H<sub>2</sub>O to monitor the rate at which Ag<sup>+</sup> leaches from the matrix. Films will also be incorporated into inoculated LB media to determine their antimicrobial effect against DH5α-T1 cells over a period of 15 h.		* The antimicrobial effect of films of PLA2002D containing Laponite co-exchanged with Ag<sup>+</sup> is being tested. Films will be soaked in pure H<sub>2</sub>O to monitor the rate at which Ag<sup>+</sup> leaches from the matrix. Films will also be incorporated into inoculated LB media to determine their antimicrobial effect against DH5α-T1 cells over a period of 15 h.
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Melissa Novy: /* Project Description */

2013-03-28T01:33:21Z

Project Description

←Older revision		Revision as of 01:33, 28 March 2013
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	==Project Description==		==Project Description==
	* Antimicrobial films and coatings inhibit bacterial growth and have practical applications in public environments. Because bacteria can develop resistance to antibiotics, an alternative is to use silver. Studies indicate that silver cations diffuse through the bacterial membrane and cause cell death by disrupting DNA replication and ATP production. Polymer films containing silver-loaded montmorillonite are a good candidate to study biocidal effects, because they are more durable than polymers that lack fillers and possibly better control the delivery of silver cations.		* Antimicrobial films and coatings inhibit bacterial growth and have practical applications in public environments. Because bacteria can develop resistance to antibiotics, an alternative is to use silver. Studies indicate that silver cations diffuse through the bacterial membrane and cause cell death by disrupting DNA replication and ATP production. Polymer films containing silver-loaded montmorillonite are a good candidate to study biocidal effects, because they are more durable than polymers that lack fillers and possibly better control the delivery of silver cations.
-	* The antimicrobial effect of films of PLA2002D containing Laponite co-exchanged with Ag<sup>+</sup> is being tested.	+	* The antimicrobial effect of films of PLA2002D containing Laponite co-exchanged with Ag<sup>+</sup> is being tested. Films will be soaked in pure H<sub>2</sub>O to monitor the rate at which Ag<sup>+</sup> leaches from the matrix. Films will also be incorporated into inoculated LB media to determine their antimicrobial effect against DH5α-T1 cells over a period of 15 h.

	==Notes==		==Notes==

Melissa Novy at 01:22, 28 March 2013

2013-03-28T01:22:37Z

←Older revision		Revision as of 01:22, 28 March 2013
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-	==Project Description~~/Abstract~~==	+	==Project Description==
-	* ~~Place short description of project or notes regarding this project~~	+	* Antimicrobial films and coatings inhibit bacterial growth and have practical applications in public environments. Because bacteria can develop resistance to antibiotics, an alternative is to use silver. Studies indicate that silver cations diffuse through the bacterial membrane and cause cell death by disrupting DNA replication and ATP production. Polymer films containing silver-loaded montmorillonite are a good candidate to study biocidal effects, because they are more durable than polymers that lack fillers and possibly better control the delivery of silver cations.
-		+	* The antimicrobial effect of films of PLA2002D containing Laponite co-exchanged with Ag<sup>+</sup> is being tested.
-	* Lorem ipsum dolor sit amet, ~~consectetuer adipiscing elit~~. ~~Donec porta commodo tellus~~. ~~Nam~~ a ~~est eget libero mollis tincidunt. Aliquam purus. Quisque nulla ligula~~, ~~facilisis in, pulvinar sed, molestie a, quam~~. Vestibulum at pede. In in sem eget odio eleifend placerat. Phasellus ultricies felis quis sapien. Etiam molestie volutpat quam. Praesent pulvinar scelerisque mi. Nam mi urna, fringilla eu, mattis sed, venenatis id, nunc. Maecenas velit eros, congue ut, placerat in, ornare vel, sem. Aenean porta enim sit amet felis gravida posuere. Phasellus faucibus nibh et orci.	+

	==Notes==		==Notes==

Melissa Novy: Autocreated Lab Notebook name=User:Melissa Novy/Notebook/CHEM-572, content from MediaWiki:ProjectContentDefault

2013-01-29T21:48:40Z

Autocreated Lab Notebook name=User:Melissa Novy/Notebook/CHEM-572, content from MediaWiki:ProjectContentDefault

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==Project Description/Abstract==
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