Difference between revisions of "Program schedule"

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This [[program]] schedule is still tentative and '''subject to change''' as the program evolves - this page will be regularly updated.  If you have any questions about possible changes, please contact Prof. [[Maria R. Hepel]], program chair.
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This [[program]] schedule is now finalized, and is shown below; the '''[[full technical program]]''' is also available as PDF for download.  If you have any questions about this schedule, please contact Prof. [[Maria R. Hepel]], program chair.
  
 
There are four main program time slots for oral presentations; the morning and afternoon of Thursday, June 3rd, and the morning and afternoon of Friday, June 4th.  The tracks are for convenience in layout at this point; the actual room assignments will be posted here at least one week before the conference.   
 
There are four main program time slots for oral presentations; the morning and afternoon of Thursday, June 3rd, and the morning and afternoon of Friday, June 4th.  The tracks are for convenience in layout at this point; the actual room assignments will be posted here at least one week before the conference.   
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{| border="1" cellpadding="2" cellspacing="0" class="sortable"
 
{| border="1" cellpadding="2" cellspacing="0" class="sortable"
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|+'''Tentative Program Schedule'''
+
|+'''Program Schedule'''
 
|-
 
|-
 
!Track || Thursday a.m. || Thursday p.m. || Friday a.m. || Friday p.m.
 
!Track || Thursday a.m. || Thursday p.m. || Friday a.m. || Friday p.m.
 
|-
 
|-
−
| A
+
| Kellas 101
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| [[Detection of protein biomarkers for medical applications|Detection of protein biomarkers]]<br/>[[Detection of protein biomarkers for medical applications|for medical applications]]
+
| [[Oxidative stress and antioxidants: diagnosis and therapy|Oxidative stress and antioxidants:]]<br/>[[Oxidative stress and antioxidants: diagnosis and therapy|diagnosis and therapy]]
−
| [[Detection of protein biomarkers for medical applications|Detection of protein biomarkers]]<br/>[[Detection of protein biomarkers for medical applications|for medical applications]]
+
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
−
| [[Analytical chemistry for emerging contaminants in the environment|Analytical chemistry for emerging]]<br/>[[Analytical chemistry for emerging contaminants in the environment|contaminants in the environment]]
+
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
−
| [[Analytical chemistry for emerging contaminants in the environment|Analytical chemistry for emerging]]<br/>[[Analytical chemistry for emerging contaminants in the environment|contaminants in the environment]]
+
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
 
|-
 
|-
−
| B
+
| Kellas 102
 
| [[Nanotechnology: Emerging analytical/bioanalytical & medical applications|Nanotechnology: Emerging analytical]]<br/>[[Nanotechnology: Emerging analytical/bioanalytical & medical applications|/bioanalytical & medical applications]]
 
| [[Nanotechnology: Emerging analytical/bioanalytical & medical applications|Nanotechnology: Emerging analytical]]<br/>[[Nanotechnology: Emerging analytical/bioanalytical & medical applications|/bioanalytical & medical applications]]
−
| [[New trends in chromatography]]
 
 
| [[New trends in chromatography]]
 
| [[New trends in chromatography]]
 
| [[Nanotechnology: Emerging analytical/bioanalytical & medical applications|Nanotechnology: Emerging analytical]]<br/>[[Nanotechnology: Emerging analytical/bioanalytical & medical applications|/bioanalytical & medical applications]]
 
| [[Nanotechnology: Emerging analytical/bioanalytical & medical applications|Nanotechnology: Emerging analytical]]<br/>[[Nanotechnology: Emerging analytical/bioanalytical & medical applications|/bioanalytical & medical applications]]
 +
|
 
|-
 
|-
−
| C
+
| Kellas 103
−
| [[Metals in living systems]]
+
| [[Detection of protein biomarkers for medical applications|Detection of protein biomarkers]]<br/>[[Detection of protein biomarkers for medical applications|for medical applications]]
−
| [[Metal ion complexes in biological imaging|Metal ion complexes]]<br/>[[Metal ion complexes in biological imaging|in biological imaging]]<br/>[[Biochemistry and biophysics of proteins and membranes|of proteins and membranes]]
+
| [[Detection of protein biomarkers for medical applications|Detection of protein biomarkers]]<br/>[[Detection of protein biomarkers for medical applications|for medical applications]]
−
| [[Metal ions and metalloproteins]]
+
| [[Analytical chemistry for emerging contaminants in the environment|Analytical chemistry for emerging]]<br/>[[Analytical chemistry for emerging contaminants in the environment|contaminants in the environment]]
−
| [[Biochemistry and biophysics of proteins and membranes|Biochemistry and biophysics]]<br/>[[Biochemistry and biophysics of proteins and membranes|of proteins and membranes]]
+
| [[Analytical chemistry for emerging contaminants in the environment|Analytical chemistry for emerging]]<br/>[[Analytical chemistry for emerging contaminants in the environment|contaminants in the environment]]
 
|-
 
|-
−
| D
+
| Kellas 104
 
| [[Metals in organic synthesis]]
 
| [[Metals in organic synthesis]]
 
| [[Drug development and design]]
 
| [[Drug development and design]]
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| [[Chemistry and the war against cancer]]
 
| [[Chemistry and the war against cancer]]
 
|-
 
|-
−
| E
+
| Kellas 105
−
| [[Nanotechnology & the environment]]
+
| [[Smart polymer materials &  hybrid systems|Smart polymer materials]]<br/>[[Smart polymer materials &  hybrid systems|& hybrid systems]]
−
| [[Novel materials and nanomaterials for energy conversion|Novel materials and nanomaterials]]<br/>[[Novel materials and nanomaterials for energy conversion|for energy conversion,]]
+
| [[Smart polymer materials &  hybrid systems|Smart polymer materials]]<br/>[[Smart polymer materials &  hybrid systems|& hybrid systems]]
−
|  
+
| [[Bioelectronics and biosensors]]
−
|  
+
| [[Bioelectronics and biosensors]]
 
|-
 
|-
−
| F
+
| Kellas 106
 
| [[Green chemistry in industry for a sustainable world|Green chemistry in industry]]<br/>[[Green chemistry in industry for a sustainable world|for a sustainable world]]
 
| [[Green chemistry in industry for a sustainable world|Green chemistry in industry]]<br/>[[Green chemistry in industry for a sustainable world|for a sustainable world]]
 
| [[Green chemistry in industry for a sustainable world|Green chemistry in industry]]<br/>[[Green chemistry in industry for a sustainable world|for a sustainable world]]
 
| [[Green chemistry in industry for a sustainable world|Green chemistry in industry]]<br/>[[Green chemistry in industry for a sustainable world|for a sustainable world]]
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| [[Cope Scholar Symposium honoring John A. Porco, Jr.|Cope Scholar Symposium]]<br/>[[Cope Scholar Symposium honoring John A. Porco, Jr.|honoring John A. Porco, Jr.]]
 
| [[Cope Scholar Symposium honoring John A. Porco, Jr.|Cope Scholar Symposium]]<br/>[[Cope Scholar Symposium honoring John A. Porco, Jr.|honoring John A. Porco, Jr.]]
 
|-
 
|-
−
| G
+
| Kellas 217
−
| [[Organic chemistry]]
+
| [[Nanotechnology & the environment]]
−
| [[The chemistry of natural products]]
+
| [[Novel materials and nanomaterials for energy conversion|Novel materials and nanomaterials]]<br/>[[Novel materials and nanomaterials for energy conversion|for energy conversion,]]
−
| [[Analytical chemistry]]
 
−
| [[Physical chemistry]]
 
−
|-
 
−
| H
 
−
| [[Oxidative stress and antioxidants: diagnosis and therapy|Oxidative stress and antioxidants:]]<br/>[[Oxidative stress and antioxidants: diagnosis and therapy|diagnosis and therapy]]
 
−
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
 
−
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
 
−
| [[Scanning probe microscopy in modern nanotechnology|Scanning probe microscopy]]<br/>[[Scanning probe microscopy in modern nanotechnology|in modern nanotechnology]]
 
−
|-
 
−
| I
 
 
|  
 
|  
−
| [[Biofuel combustion|Biofuel Combustion for Residential]]<br/>[[Biofuel combustion|and Commercial Space Heating]]
 
 
|  
 
|  
 +
|-
 +
| Kellas 218
 +
| [[Career workshops]]
 +
| [[Career workshops]]<br/>[[Vendor symposium]]
 
|  
 
|  
 +
|
 
|-
 
|-
−
| J
+
| Dunn 202
 
|
 
|
 
|
 
|
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|
 
|
 
|-
 
|-
−
| K
+
| Dunn 206
−
| [[Smart polymer materials &  hybrid systems|Smart polymer materials]]<br/>[[Smart polymer materials &  hybrid systems|& hybrid systems]]
 
−
| [[Smart polymer materials &  hybrid systems|Smart polymer materials]]<br/>[[Smart polymer materials &  hybrid systems|& hybrid systems]]
 
−
| [[Bioelectronics and biosensors]]
 
−
| [[Bioelectronics and biosensors]]
 
−
|-
 
−
| L
 
 
| [[Inorganic chemistry]]
 
| [[Inorganic chemistry]]
 
| [[Organometallics and main group chemistry|Organometallics and]]<br/>[[Organometallics and main group chemistry|main group chemistry]]
 
| [[Organometallics and main group chemistry|Organometallics and]]<br/>[[Organometallics and main group chemistry|main group chemistry]]
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| [[Chemical Education in the Northeast: looking back and projecting forward|Chemical Education in the Northeast:]]<br/>[[Chemical Education in the Northeast: looking back and projecting forward|looking back and projecting forward]]  
 
| [[Chemical Education in the Northeast: looking back and projecting forward|Chemical Education in the Northeast:]]<br/>[[Chemical Education in the Northeast: looking back and projecting forward|looking back and projecting forward]]  
 
|-
 
|-
−
| M
+
| Dunn 208
−
|  
+
| [[Organic chemistry]]
 +
| [[The chemistry of natural products]]
 +
| [[Analytical chemistry]]
 +
| [[Physical chemistry]]
 +
|-
 +
| Timerman 131
 +
| [[Metals in living systems]]
 +
| [[Metal ion complexes in biological imaging|Metal ion complexes]]<br/>[[Metal ion complexes in biological imaging|in biological imaging]]
 +
| [[Metal ions and metalloproteins]]
 +
| [[Biochemistry and biophysics of proteins and membranes|Biochemistry and biophysics]]<br/>[[Biochemistry and biophysics of proteins and membranes|of proteins and membranes]]
 +
|-
 +
| Stowell 211
 
|  
 
|  
 +
| [[Biofuel combustion|Biofuel Combustion for Residential]]<br/>[[Biofuel combustion|and Commercial Space Heating]]
 
|  
 
|  
 
|  
 
|  

Latest revision as of 16:43, 31 May 2010

This program schedule is now finalized, and is shown below; the full technical program is also available as PDF for download. If you have any questions about this schedule, please contact Prof. Maria R. Hepel, program chair.

There are four main program time slots for oral presentations; the morning and afternoon of Thursday, June 3rd, and the morning and afternoon of Friday, June 4th. The tracks are for convenience in layout at this point; the actual room assignments will be posted here at least one week before the conference.

Posters will all be exhibited on the evening of Wednesday, June 2nd, as part of the opening reception, poster session and recruitment fair.

Program Schedule
Track Thursday a.m. Thursday p.m. Friday a.m. Friday p.m.
Kellas 101 Oxidative stress and antioxidants:
diagnosis and therapy 		Scanning probe microscopy
in modern nanotechnology 		Scanning probe microscopy
in modern nanotechnology 		Scanning probe microscopy
in modern nanotechnology
Kellas 102 Nanotechnology: Emerging analytical
/bioanalytical & medical applications 		New trends in chromatography Nanotechnology: Emerging analytical
/bioanalytical & medical applications
Kellas 103 Detection of protein biomarkers
for medical applications 		Detection of protein biomarkers
for medical applications 		Analytical chemistry for emerging
contaminants in the environment 		Analytical chemistry for emerging
contaminants in the environment
Kellas 104 Metals in organic synthesis Drug development and design Biology and physiology of
stem cells in the CNS 		Chemistry and the war against cancer
Kellas 105 Smart polymer materials
& hybrid systems 		Smart polymer materials
& hybrid systems 		Bioelectronics and biosensors Bioelectronics and biosensors
Kellas 106 Green chemistry in industry
for a sustainable world 		Green chemistry in industry
for a sustainable world 		Synthetic organic chemistry:
the next generation 		Cope Scholar Symposium
honoring John A. Porco, Jr.
Kellas 217 Nanotechnology & the environment Novel materials and nanomaterials
for energy conversion,
Kellas 218 Career workshops Career workshops
Vendor symposium
Dunn 202 General papers
Dunn 206 Inorganic chemistry Organometallics and
main group chemistry 		Environmental chemistry Chemical Education in the Northeast:
looking back and projecting forward
Dunn 208 Organic chemistry The chemistry of natural products Analytical chemistry Physical chemistry
Timerman 131 Metals in living systems Metal ion complexes
in biological imaging 		Metal ions and metalloproteins Biochemistry and biophysics
of proteins and membranes
Stowell 211 Biofuel Combustion for Residential
and Commercial Space Heating
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