Team:Alberta NINT/Team

From 2008.igem.org

(Difference between revisions)
(Our Logi-col[i] Team)
 
(22 intermediate revisions not shown)
Line 49: Line 49:
<div class ="NINTBar">
<div class ="NINTBar">
-
{| style="color:#e9ffff;background-color:#000066;link=#FFFFFF" cellpadding="3" cellspacing="1" border="1" bordercolor="#035e7b" width="750px" align="center"
+
{| style="color:#e9ffff;background-color:#000066;link=#FFFFFF" cellpadding="3" cellspacing="1" border="1" bordercolor="#035e7b" width="900px" align="center"
-
!align="center"|[[Team:Alberta_NINT|Home]]
+
!align="center"|[[Team:Alberta_NINT|<span title="Home">Home</span>]]
-
!align="center"|[[Team:Alberta_NINT/Team|The Team]]
+
!align="center"|[[Team:Alberta_NINT/Team|<span title="The Team">The Team</span>]]
-
!align="center"|[[Team:Alberta_NINT/Project|The Project]]
+
!align="center"|[[Team:Alberta_NINT/Project|<span title="Project Logi-col[i]">The Project</span>]]
-
!align="center"|[[Team:Alberta_NINT/Protocols|Lab Protocols]]
+
!align="center"|[[Team:Alberta_NINT/Protocols|<span title="Lab Protocols">Lab Protocols</span>]]
-
!align="center"|[[Team:Alberta_NINT/Parts|Bits and Pieces]]
+
!align="center"|[[Team:Alberta_NINT/Parts|<span title="Constructed Parts">Bits and Pieces</span>]]
-
!align="center"|[[Team:Alberta_NINT/Modeling|Modeling]]
+
!align="center"|[[Team:Alberta_NINT/Modeling|<span title="Modeling and Downloadable Materials">Modeling</span>]]
-
!align="center"|[[Team:Alberta_NINT/Notebook|Notebook]]
+
!align="center"|[[Team:Alberta_NINT/Notebook|<span title="Notebook">Notebook</span>]]
|}
|}
</div>
</div>
<br>
<br>
-
[[Image:NINTiGEM_Header2.jpg|center|750px]]<br><br>
+
[[Image:NINTiGEM_Header2.jpg|center|900px]]<br><br>
== '''Our Logi-col[i] Team''' ==
== '''Our Logi-col[i] Team''' ==
 +
<br>
 +
 +
{| border="1" align="center"
 +
|-
 +
| style="width: 500px;" align = "center" | [[Image: NINT_Group2.jpg|750 px]]
 +
|}
 +
<br>
<br>
<br>
{| border="1" align="center"
{| border="1" align="center"
Line 72: Line 79:
| style="width:240px;height:20px;" align="left"  | '''Zach Wiltshire'''
| style="width:240px;height:20px;" align="left"  | '''Zach Wiltshire'''
| style="width:30px;" rowspan="3" |  
| style="width:30px;" rowspan="3" |  
-
| style="width:120px;" align="right" rowspan="3"|  [[Image:NINT_Emera2.jpg]]
+
| style="width:120px;" align="center" rowspan="3"|  [[Image:NINT_Emera3.jpg|200px]]
| style="width:240px;" align="left" |  '''Emera Nguyen'''
| style="width:240px;" align="left" |  '''Emera Nguyen'''
|-
|-
| style="width:240px;height:20px;" align="left"  | BSc Cell Biology - 3rd year  
| style="width:240px;height:20px;" align="left"  | BSc Cell Biology - 3rd year  
-
| style="width:240px;height:20px;" align="left"  | BSc Student
+
| style="width:240px;height:20px;" align="left"  | BSc Biological Sciences/Economics - 3rd year
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;" align="left"  | Background & Interests:  
+
| style="width:240px;" align="left"  | Background & Interests: Interests include both eukaryotic and prokaryotic cellular anatomy & physiology. The project has also piqued my interest in bionanotechnolgy and a variety of types of RNA.
-
| style="width:240px;" align="left"  | Background & Interests:  
+
| style="width:240px;" align="left"  | Background & Interests: The first time I heard the term "genetic engineering," it piqued my curiosity. Now I think synthetic biology is absolutely fascinating because of all the revolutionary things it could mean for the future. I have had a blast in my iGEM experiences and am excited at having been exposed to such a cutting edge research field.
|-
|-
|- valign="top"
|- valign="top"
Line 93: Line 100:
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;" align="left"  | Background & Interests:  
+
| style="width:240px;" align="left"  | Background & Interests: Biological sciences major and biochemistry minor.  This is my first exposure to "synthetic biology" and I find it amazing how much potential the field has.
| style="width:240px;" align="left"  | Background & Interests: Computational modeling of RNA structure, air quality modeling, computational intelligence, hats and goggles
| style="width:240px;" align="left"  | Background & Interests: Computational modeling of RNA structure, air quality modeling, computational intelligence, hats and goggles
|-
|-
Line 103: Line 110:
| style="width:240px;height:20px;" align="left" |  '''Jeremiah Bolstad'''
| style="width:240px;height:20px;" align="left" |  '''Jeremiah Bolstad'''
|-
|-
-
| style="width:240px;height:20px;" align="left"  |  
+
| style="width:240px;height:20px;" align="left"  | MSc Biomedical Engineering - 1st year
-
| style="width:240px;height:20px;" align="left"  |  
+
| style="width:240px;height:20px;" align="left"  | BSc in Biological/Physical Sciences - 4 1/2th year
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;" align="left"  | Background & Interests:  
+
| style="width:240px;" align="left"  | Background & Interests: BSc in Biological Sciences from the University of Alberta
-
| style="width:240px;" align="left"  | Background & Interests:  
+
| style="width:240px;" align="left"  | Background & Interests: I am interested in many things... cryptozoology, mismatched socks, radishes (but not horseradishes), orangutans, riding trains in Asia, Lepidoptera, <i>Linophryne arborifera</i>, whewellite and, of course, bending spacetime with my mind.
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:120px;" align="right" rowspan="3"| [[Image:AB_NINT_Hgab.jpg|200 px]]
+
| style="width:120px;" align="right" rowspan="3"| [[Image:|200 px]]
-
| style="width:240px;height:20px;" align="left"  | '''Hazim Gaber'''
+
| style="width:240px;height:20px;" align="left"  | '''-'''
| style="width:30px;" rowspan="3" |  
| style="width:30px;" rowspan="3" |  
| style="width:120px;" align="right" rowspan="3"|  [[Image:NINTqli.jpg| 200 px]]
| style="width:120px;" align="right" rowspan="3"|  [[Image:NINTqli.jpg| 200 px]]
Line 121: Line 128:
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;" align="left"  | Background & Interests:
+
| style="width:240px;" align="left"  |  
| style="width:240px;" align="left"  | Background & Interests: My goal for the next 4 years are to finish my BSc honors degree in Biochemistry, while maintaining my own business. Joining the iGEM team is truly a highlight of academic career, and it has been an amazing experience to work at the forefront of science.  
| style="width:240px;" align="left"  | Background & Interests: My goal for the next 4 years are to finish my BSc honors degree in Biochemistry, while maintaining my own business. Joining the iGEM team is truly a highlight of academic career, and it has been an amazing experience to work at the forefront of science.  
|-
|-
Line 132: Line 139:
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;height:20px;" align="left"  |  
+
| style="width:240px;height:20px;" align="left"  | BSc Biological Sciences
| style="width:240px;height:20px;" align="left"  | MSc Electrical and Computer Engineering - 2nd year
| style="width:240px;height:20px;" align="left"  | MSc Electrical and Computer Engineering - 2nd year
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:240px;" align="left"  | Background & Interests: I have a BSc in biological sciences. My career ambition is to become a neurosurgeon. I
+
| style="width:240px;" align="left"  | Background & Interests: My career ambition is to become a neurosurgeon.I was motivated to join iGEM because of its radical approach to research and design. Most surgeons complete a 2 year masters during their residency. Having learned the basics of synthetic biology, and potential treatments and medical applications, I know that this is one area of research I would like to pursue in the future.
-
was motivated to join iGEM because of its radical approach to research and design. After
+
-
seeing the presentation put on by the Butanerds in the spring, I became very excited and
+
-
was eager to be part of something that was both creative and practical. I wanted to take
+
-
away two things from this experience: general knowledge about synthetic biology, and
+
-
hands on lab experience.
+
-
In relation to my career goals, most surgeons complete a 2 year masters during their
 
-
residency. Having learned the basics of synthetic biology, and potential treatments and
 
-
medical application, I know that this is one area of research I would like to pursue in
 
-
the future.
 
| style="width:240 px;" align="left"  | Background & Interests: BSc Engineering Physics, BSc Biochemistry from University of Saskatchewan, interests include nanobiotechnology(biosensors, nanobiomotors, cell mimetic systems), new developments in spaceflight and the space industry
| style="width:240 px;" align="left"  | Background & Interests: BSc Engineering Physics, BSc Biochemistry from University of Saskatchewan, interests include nanobiotechnology(biosensors, nanobiomotors, cell mimetic systems), new developments in spaceflight and the space industry
|-
|-
|- valign="top"
|- valign="top"
-
| style="width:120px;" align="right" rowspan="3"| [[Image:NINT_nglas.jpg|200 px]]
+
| style="width:120px;" align="right" rowspan="3"| [[Image:NINT_nglas.jpg|200px]]
| style="width:240px;height:20px;" align="left"  | '''Nick Glass'''
| style="width:240px;height:20px;" align="left"  | '''Nick Glass'''
| style="width:30px;" rowspan="3" |  
| style="width:30px;" rowspan="3" |  
Line 161: Line 159:
|- valign="top"
|- valign="top"
| style="width:240px;" align="left"  | Background & Interests: BSc Mechanical Engineering from University of Alberta, interests include nanobiotechnology (biosensors, bioMEMS, drug delievery, tissue engineering, biomaterials) and nanotechnology for energy applications
| style="width:240px;" align="left"  | Background & Interests: BSc Mechanical Engineering from University of Alberta, interests include nanobiotechnology (biosensors, bioMEMS, drug delievery, tissue engineering, biomaterials) and nanotechnology for energy applications
-
| style="width:240px;" align="left"  | Background & Interests: BSc Coimputing Science Simon Frasier University, PhD Molecular Biology and Genetics University of Alberta, interests include neural development of nematode C. elegans, Synthetics Biology(reliable design and construction of novel genetically modified bacteria to perform useful manufacturing and medical functions)
+
| style="width:240px;" align="left"  | Background & Interests: BSc Computing Science Simon Frasier University, PhD Molecular Biology and Genetics University of Alberta, interests include neural development of nematode C. elegans and Synthetic Biology(design and construction of novel genetically modified bacteria to perform useful manufacturing and medical functions)
|}
|}
<br>
<br>

Latest revision as of 01:29, 19 October 2010



NINTiGEM Header2.jpg


Our Logi-col[i] Team


NINT Group2.jpg



NINTzwilt.jpg Zach Wiltshire NINT Emera3.jpg Emera Nguyen
BSc Cell Biology - 3rd year BSc Biological Sciences/Economics - 3rd year
Background & Interests: Interests include both eukaryotic and prokaryotic cellular anatomy & physiology. The project has also piqued my interest in bionanotechnolgy and a variety of types of RNA. Background & Interests: The first time I heard the term "genetic engineering," it piqued my curiosity. Now I think synthetic biology is absolutely fascinating because of all the revolutionary things it could mean for the future. I have had a blast in my iGEM experiences and am excited at having been exposed to such a cutting edge research field.
Sdeane.jpg Shannon Deane AB NINT jrodw.jpg James Rodway
BSc Biological Sciences - 4th year BSc Electrical Engineering - 4th year
Background & Interests: Biological sciences major and biochemistry minor. This is my first exposure to "synthetic biology" and I find it amazing how much potential the field has. Background & Interests: Computational modeling of RNA structure, air quality modeling, computational intelligence, hats and goggles
Jdami.jpg Jessica D'Amico NINTjbols.jpg Jeremiah Bolstad
MSc Biomedical Engineering - 1st year BSc in Biological/Physical Sciences - 4 1/2th year
Background & Interests: BSc in Biological Sciences from the University of Alberta Background & Interests: I am interested in many things... cryptozoology, mismatched socks, radishes (but not horseradishes), orangutans, riding trains in Asia, Lepidoptera, Linophryne arborifera, whewellite and, of course, bending spacetime with my mind.
[[Image:|200 px]] - NINTqli.jpg Qiwei Li
BSc Biochemistry - 2nd Year
Background & Interests: My goal for the next 4 years are to finish my BSc honors degree in Biochemistry, while maintaining my own business. Joining the iGEM team is truly a highlight of academic career, and it has been an amazing experience to work at the forefront of science.
NINT jrobi.jpg Jason Robinson-Anagor Rvand.jpg Remko van den Hurk
BSc Biological Sciences MSc Electrical and Computer Engineering - 2nd year
Background & Interests: My career ambition is to become a neurosurgeon.I was motivated to join iGEM because of its radical approach to research and design. Most surgeons complete a 2 year masters during their residency. Having learned the basics of synthetic biology, and potential treatments and medical applications, I know that this is one area of research I would like to pursue in the future. Background & Interests: BSc Engineering Physics, BSc Biochemistry from University of Saskatchewan, interests include nanobiotechnology(biosensors, nanobiomotors, cell mimetic systems), new developments in spaceflight and the space industry
NINT nglas.jpg Nick Glass Wmate.jpg Dr. Wayne Materi
MSc Electrical and Computer Engineering - 2nd year Assistant Research Officer at the National Institute for Nanotechnology (NINT)
Background & Interests: BSc Mechanical Engineering from University of Alberta, interests include nanobiotechnology (biosensors, bioMEMS, drug delievery, tissue engineering, biomaterials) and nanotechnology for energy applications Background & Interests: BSc Computing Science Simon Frasier University, PhD Molecular Biology and Genetics University of Alberta, interests include neural development of nematode C. elegans and Synthetic Biology(design and construction of novel genetically modified bacteria to perform useful manufacturing and medical functions)