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Place an internal link to your created page under the appropriate heading. | Place an internal link to your created page under the appropriate heading. | ||
*[[Media:wiki_page_rub.docx |Grading Rubric for Wiki Pages]]<br> | *[[Media:wiki_page_rub.docx |Grading Rubric for Wiki Pages]]<br> | ||
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[http://www.sciencemag.org/content/333/6042/527 Promoting Convergence in Biomedical Research] | [http://www.sciencemag.org/content/333/6042/527 Promoting Convergence in Biomedical Research] | ||
[[Vascularization by | [[Vascularization by Jemima Lamothe, Brittany Forkus, and Julia Tomaszweski]] | ||
[[Salamander Limb Regeneration and Implications with Tissue Engineering by Jason Ballenas]] | |||
== Chapter 2: Stem Cells in Tissue Engineering == | == Chapter 2: Stem Cells in Tissue Engineering == | ||
[[Bone Marrow Transplants, by Erinn Dandley]] | [[Bone Marrow Transplants, by Erinn Dandley, Max Nowak and Jean Smith]] | ||
[[ | [[Hematopoietic stem cells by Michael Grunwald]] | ||
[[ | [[Mesenchymal Stem Cells in Tissue Engineering by Chelsea Orefice]] | ||
[[Treating_Spinal_Cord_Injuries_With_Stem_Cell_Therapy,_by_Nicole_Raia]] | [[Treating_Spinal_Cord_Injuries_With_Stem_Cell_Therapy,_by_Nicole_Raia]] | ||
| Line 39: | Line 33: | ||
Engler, MSCs and stiffness [http://www.ncbi.nlm.nih.gov/pubmed/16923388 pubmed link]<br> | Engler, MSCs and stiffness [http://www.ncbi.nlm.nih.gov/pubmed/16923388 pubmed link]<br> | ||
Transplanting HSCs [http://www.ncbi.nlm.nih.gov/pubmed/16641398 pubmed link]<br> | Transplanting HSCs [http://www.ncbi.nlm.nih.gov/pubmed/16641398 pubmed link]<br> | ||
Comprehensive stem cell review [http://www.ncbi.nlm.nih.gov/pubmed/10647940 pubmed link]<br> | |||
Seminal iPSC paper [http://www.ncbi.nlm.nih.gov/pubmed/16904174 pubmed link]<br> | |||
Geron's ESC-to-oligodendrocyte [http://www.ncbi.nlm.nih.gov/pubmed/15888645 pubmed link]<br> | |||
ESCs from blastocysts [http://www.ncbi.nlm.nih.gov/pubmed/14999088 pubmed link]<br> | |||
== Chapter 3: The Extracellular Matrix == | |||
Adhesion and stem cell differentiation [http://www.ncbi.nlm.nih.gov/pubmed/15068789 pubmed link]<br> | |||
[http://jcs.biologists.org/content/123/24/4195.full.pdf The Extracellular Matrix at a glance] | |||
[[Cell Sheet Tissue Engineering, by Thomas Fernberg and Julia Tomaszewski]] | |||
[[Degradable Sutures, by Cody Siroka]] | |||
[[Fibrous Gel, by Singyuk Hou]] | |||
[[Decellularized Organs, by Akarawin Hongdusit, James Fargnoli and Matteen Hakim]] | |||
[[Collagen Biomaterials by Hieu La]] | |||
[[ | [[Matrigel Biomaterials by Steven A]] | ||
[[ | == Chapter 4: Biomaterials == | ||
[[Media:TE_ch5_575.pdf | Mechanical Properties of Cells and Tissues]] | |||
Huebsch and Mooney, Biomaterials [http://www.ncbi.nlm.nih.gov/pubmed/19940912 pubmed link]<br> | |||
[[ | [[Poly(ethylene glycol)-based Biomaterials in Tissue Engineering, by D. Ezra Aurian-Blajeni]] | ||
[[Drug Eluting Polymers and their Applications, by Eric Stowe]] | |||
[[ | [[PLA, PGA, and PLGA as biomaterials, by Colton Kenny]] | ||
[[ | [[Titanium as a Biomaterial by William Doherty]] | ||
[[ | [[Ceramic Biomaterials, by Jon Velez]] | ||
[[ | [[Drug-Eluting NanoPolymers by Gladys Saruchera]] | ||
[[ | [[Spider Silk as a Biomaterial by Ruoting Wang]] | ||
== Chapter 5: Structural Tissue Replacements == | |||
[[ | [[Tissue Engineered Cartilage, by Christine Davis]] | ||
[[ | [[Knee Replacements, by David Ferreira]] | ||
[[Carticel]] by Tom Fernberg | [[Carticel]] by Tom Fernberg | ||
[[ | [[ACL Reconstruction, by Anthony Valle and Roger D. Morin]] | ||
[[Hip Replacements, by Matthew Osso | [[Hip Replacements, by Matthew Osso and Matthew Bannon]] | ||
== Chapter 6: Tissue Engineering in the Cardiovascular System == | |||
[[Pacemaker, by Chris Carr]] | [[Pacemaker, by Chris Carr]] | ||
| Line 83: | Line 91: | ||
[[Stents, by Ryan Colombo]] | [[Stents, by Ryan Colombo]] | ||
[[ | [[Stents by Abigail Sossen]] | ||
[[Artificial Hearts, by Manuel Escanciano and Charles Beyrouthy]] | [[Artificial Hearts, by Manuel Escanciano and Charles Beyrouthy]] | ||
[[Cell | [[Pacemakers, by Anthony LaViola and David Triffletti]] | ||
[[Artificial Heart Valves, by Nicole Raia and David Ferreira]] | |||
[[Tissue Engineered Vascular Grafts, by Tyler Vlass and Leonard Brandon]] | |||
[[Stents by Shayna Nolan, Abigail Sossen and Ryan Colombo]] | |||
== Chapter 7: Immunology == | |||
[[Graft vs. Host Disease, by Marco Yeung]] | |||
[[Autografts vs Xenografts vs Allografts]] | |||
[[Macrophages and Their Interactions with Engineered Tissues, by Veronica Murray]] | |||
[[The Microbiome]] by Brandon Morgan | |||
== Chapter 8: Cell Migration == | |||
Modeling Interstitial flow [http://www.ncbi.nlm.nih.gov/pubmed/16603487 pubmed link]<br> | |||
Haptokinesis, migration [http://www.ncbi.nlm.nih.gov/pubmed/8335696 pubmed link]<br> | |||
first stiffness/migration paper [http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1300921/ pubmed link]<br> | |||
Durotaxis (2D Gradients) [http://pubs.acs.org/doi/abs/10.1021/la026403p ACS link]<br> | |||
Biphasic Durokinesis [http://www.ncbi.nlm.nih.gov/pubmed/15669099 pubmed link]<br> | |||
[[The Actin Cytoskeleton of the Cell by Jeremy Keys]] | |||
[[Chemotaxis and its role in directing engineered tissue development, by Julie Boshar]] | |||
[[Electrospun Materials: By Emma Klinkhamer]] | |||
== Chapter 9: Imaging == | |||
Nature Outlook on Enhanced Medical Vision [http://www.nature.com/nature/journal/v502/n7473_supp/full/502S82a.html Nature link]<br> | |||
Nature Outlook on Alzheimer's [http://www.nature.com/nature/journal/v502/n7473_supp/full/502S84a.html Nature link]<br> | |||
Nature Outlook on Tomography [http://www.nature.com/nature/journal/v502/n7473_supp/full/502S90a.html Nature link]<br> | |||
Nature Outlook on Computer Aided Imaging [http://www.nature.com/nature/journal/v502/n7473_supp/full/502S92a.html Nature link]<br> | |||
Nature Outlook on Image Storing [http://www.nature.com/nature/journal/v502/n7473_supp/full/502S95a.html Nature link]<br> | |||
[[Media:575_Bioimaging_Overview.ppt | Brief Overview of Imaging]] | |||
[[Atomic Force Microscopy, by Matthew Tiller]] | |||
[[MRI and fMRI Imaging, by Cory Thomas]] | |||
[[Ultrasound Imaging, by Mark Pagkaliwangan]] | |||
== Chapter 10: Case Studies in Tissue Engineering == | |||
[[Artificial Skin, by Katie Geldhart and Timothy Ma]] | [[Artificial Skin, by Katie Geldhart and Timothy Ma]] | ||
[[Dialysis, by Kyle Reed and Brian Kennedy]] | |||
[[Neural Tissue Engineering, by Jonathan Hummel]] | |||
[[Artificial Trachea, by Ian Costello]] | |||
[[Artificial Trachea, by Chris Carr]] | [[Artificial Trachea, by Chris Carr]] | ||
[[Artificial Trachea by Megan Greiner, Ian Costello, and Chris Carr]] | |||
[[Glucose Sensors]] by Ian Buchholz | |||
[[Artificial Pancreas and Islet Cell Culture, by Alan Mann]] | |||
[[Artificial Vertebrae, by Andy Kim]] | |||
[[Artifical Vertebrae, by Matthew McNulty]] | |||
[[Artificial Vertebrae, by Andy Kim, Daniel Kosteva, Matthew McNulty]] | |||
[[Artificial Bladder by David Raimondi]] | |||
[[Tissue Engineered Pancreas, by Sarah Johnson, Alan Mann]] | |||
[[Tissue Engineered Liver by Brittany Shepler]] | |||
[[ | [[Tissue Engineered Liver by Brittany Shepler, Thomas McCarthy]] | ||
[[ | [[Tissue Engineered Spleen by Ronen Zeidel]] | ||
[[ | [[Tissue Engineered Spleen by Ronen Zeidel, John Vetrano]] | ||
[[ | [[Opthalmic Tissue Engineering by Kyle Pariseau]] | ||
[[Tissue Engineered Cartilage by Christine Davis and Sydney Phillipo]] | |||
[[ | [[Pigs as Animal Models in Tissue Engineering by Matthew Long]] | ||
[[ | [[Mice as Animal Models in Tissue Engineering by Jack LaBelle]] | ||
== Chapter 11: In Vitro Tissue Engineering and Untapped Potential == | |||
[[ | [[Origami Tissue Engineering, by Adam Ramey]] | ||
[[Synthetic Organs on a Chip, by Manuel Escanciano and Chris Lowe]] | [[Synthetic Organs on a Chip, by Manuel Escanciano and Chris Lowe]] | ||
[[Arthritis and rheumatic diseases]] by Stephanie Polar | |||
[[Arthritis and rheumatic diseases]] by Stephanie | |||
[[3D Bioprinting]] by Andrew Mason, Thanh Nguyen and Luke Blauch | |||
[[ | [[Photolithography:Patterned Surfaces ]] by Adlina | ||
== Seminal People and Events == | == Seminal People and Events == | ||
[[Bob Langer by Prateek Katti]] | |||
[[Ear on a Mouse, by Brittany Forkus]] | |||
== Devices and Companies that Support Tissue Engineering == | == Devices and Companies that Support Tissue Engineering == | ||
[[Bioreactors for Tissue Engineering, by Varun Chalupadi and Anthony Sanford]] | [[Bioreactors for Tissue Engineering, by Varun Chalupadi and Anthony Sanford]] | ||
[[Vivitro Labs Inc.]] by Oluwaseyi Daniyan | |||
[[ | |||
[[Organogenesis]] by Chris Lowe | |||
[[Remote Patient Monitoring]] by Michael Mulroy | |||
[[ | [[Stereolithography]] by Brian Cain | ||
[[Regeneron]] by Jacob Kellett | |||
[[Genentech]] by Md Shafiul Hossain | |||
[[Organovo]] by Charit Tippareddy | |||
<br> | |||
---- | |||
== Pages from Student Alumni == | == Pages from Student Alumni == | ||
Revision as of 09:46, 12 April 2016
Wiki Textbook
Place an internal link to your created page under the appropriate heading.
Chapter 1: Needs and Roadblocks in Tissue Engineering
NIH Intro to Tissue Engineering
Promoting Convergence in Biomedical Research
Vascularization by Jemima Lamothe, Brittany Forkus, and Julia Tomaszweski
Salamander Limb Regeneration and Implications with Tissue Engineering by Jason Ballenas
Chapter 2: Stem Cells in Tissue Engineering
Bone Marrow Transplants, by Erinn Dandley, Max Nowak and Jean Smith
Hematopoietic stem cells by Michael Grunwald
Mesenchymal Stem Cells in Tissue Engineering by Chelsea Orefice
Treating_Spinal_Cord_Injuries_With_Stem_Cell_Therapy,_by_Nicole_Raia
CellEct Bio (Stem Cell Therapy), by Dan Ganz
Engler, MSCs and stiffness pubmed link
Transplanting HSCs pubmed link
Comprehensive stem cell review pubmed link
Seminal iPSC paper pubmed link
Geron's ESC-to-oligodendrocyte pubmed link
ESCs from blastocysts pubmed link
Chapter 3: The Extracellular Matrix
Adhesion and stem cell differentiation pubmed link
The Extracellular Matrix at a glance
Cell Sheet Tissue Engineering, by Thomas Fernberg and Julia Tomaszewski
Degradable Sutures, by Cody Siroka
Decellularized Organs, by Akarawin Hongdusit, James Fargnoli and Matteen Hakim
Collagen Biomaterials by Hieu La
Matrigel Biomaterials by Steven A
Chapter 4: Biomaterials
Mechanical Properties of Cells and Tissues
Huebsch and Mooney, Biomaterials pubmed link
Poly(ethylene glycol)-based Biomaterials in Tissue Engineering, by D. Ezra Aurian-Blajeni
Drug Eluting Polymers and their Applications, by Eric Stowe
PLA, PGA, and PLGA as biomaterials, by Colton Kenny
Titanium as a Biomaterial by William Doherty
Ceramic Biomaterials, by Jon Velez
Drug-Eluting NanoPolymers by Gladys Saruchera
Spider Silk as a Biomaterial by Ruoting Wang
Chapter 5: Structural Tissue Replacements
Tissue Engineered Cartilage, by Christine Davis
Knee Replacements, by David Ferreira
Carticel by Tom Fernberg
ACL Reconstruction, by Anthony Valle and Roger D. Morin
Hip Replacements, by Matthew Osso and Matthew Bannon
Chapter 6: Tissue Engineering in the Cardiovascular System
Artificial Hearts, by Manuel Escanciano and Charles Beyrouthy
Pacemakers, by Anthony LaViola and David Triffletti
Artificial Heart Valves, by Nicole Raia and David Ferreira
Tissue Engineered Vascular Grafts, by Tyler Vlass and Leonard Brandon
Stents by Shayna Nolan, Abigail Sossen and Ryan Colombo
Chapter 7: Immunology
Graft vs. Host Disease, by Marco Yeung
Autografts vs Xenografts vs Allografts
Macrophages and Their Interactions with Engineered Tissues, by Veronica Murray
The Microbiome by Brandon Morgan
Chapter 8: Cell Migration
Modeling Interstitial flow pubmed link
Haptokinesis, migration pubmed link
first stiffness/migration paper pubmed link
Durotaxis (2D Gradients) ACS link
Biphasic Durokinesis pubmed link
The Actin Cytoskeleton of the Cell by Jeremy Keys
Chemotaxis and its role in directing engineered tissue development, by Julie Boshar
Electrospun Materials: By Emma Klinkhamer
Chapter 9: Imaging
Nature Outlook on Enhanced Medical Vision Nature link
Nature Outlook on Alzheimer's Nature link
Nature Outlook on Tomography Nature link
Nature Outlook on Computer Aided Imaging Nature link
Nature Outlook on Image Storing Nature link
Brief Overview of Imaging
Atomic Force Microscopy, by Matthew Tiller
MRI and fMRI Imaging, by Cory Thomas
Ultrasound Imaging, by Mark Pagkaliwangan
Chapter 10: Case Studies in Tissue Engineering
Artificial Skin, by Katie Geldhart and Timothy Ma
Dialysis, by Kyle Reed and Brian Kennedy
Neural Tissue Engineering, by Jonathan Hummel
Artificial Trachea, by Ian Costello
Artificial Trachea, by Chris Carr
Artificial Trachea by Megan Greiner, Ian Costello, and Chris Carr
Glucose Sensors by Ian Buchholz
Artificial Pancreas and Islet Cell Culture, by Alan Mann
Artificial Vertebrae, by Andy Kim
Artifical Vertebrae, by Matthew McNulty
Artificial Vertebrae, by Andy Kim, Daniel Kosteva, Matthew McNulty
Artificial Bladder by David Raimondi
Tissue Engineered Pancreas, by Sarah Johnson, Alan Mann
Tissue Engineered Liver by Brittany Shepler
Tissue Engineered Liver by Brittany Shepler, Thomas McCarthy
Tissue Engineered Spleen by Ronen Zeidel
Tissue Engineered Spleen by Ronen Zeidel, John Vetrano
Opthalmic Tissue Engineering by Kyle Pariseau
Tissue Engineered Cartilage by Christine Davis and Sydney Phillipo
Pigs as Animal Models in Tissue Engineering by Matthew Long
Mice as Animal Models in Tissue Engineering by Jack LaBelle
Chapter 11: In Vitro Tissue Engineering and Untapped Potential
Origami Tissue Engineering, by Adam Ramey
Synthetic Organs on a Chip, by Manuel Escanciano and Chris Lowe
Arthritis and rheumatic diseases by Stephanie Polar
3D Bioprinting by Andrew Mason, Thanh Nguyen and Luke Blauch
Photolithography:Patterned Surfaces by Adlina
Seminal People and Events
Ear on a Mouse, by Brittany Forkus
Devices and Companies that Support Tissue Engineering
Bioreactors for Tissue Engineering, by Varun Chalupadi and Anthony Sanford
Vivitro Labs Inc. by Oluwaseyi Daniyan
Organogenesis by Chris Lowe
Remote Patient Monitoring by Michael Mulroy
Stereolithography by Brian Cain
Regeneron by Jacob Kellett
Genentech by Md Shafiul Hossain
Organovo by Charit Tippareddy
Pages from Student Alumni
