Hoatlin Lab

Home Projects Team Papers Contact Us Protocols Collaborations News Reagent Requests secret back door Hoatlin Lab Twitter

Our lab is interested in understanding how the Fanconi anemia proteins contribute to genomic stability with the goal of developing drugs that will help Fanconi patients and those who are susceptible to developing cancer. We work in Portland, Oregon at OHSU, in the Department of Biochemistry & Molecular Biology.

We hope that other Fanconi labs will join us at OpenWetWare to speed FA research, stimulate collaborative efforts, facilitate reagent distribution, and expand communication. We also believe that an understanding of the complex and enigmatic Fanconi anemia protein network could benefit from the attention of systems/synthetic biologists already on OWW. Please see link to Scientific American article now online about OWW and Science 2.0.

Who is Visiting Us?

Who's visiting?

Basic Wiki/OWW Links

Help Overview

How to join

Using OpenWetWare

Guidelines for editing OpenWetWare

Recent changes

List of abbreviations:

N: This edit created a new page (also see list of new pages)
m: This is a minor edit
b: This edit was performed by a bot
(±123): The page size changed by this number of bytes

15 April 2024

21:09

Upload log Xning098 talk contribs uploaded File:Figure 1 electroosmotic flow.png ‎

21:06

The paper that launched microfluidics - Xi Ning‎ diffhist +1,702‎ Xning098 talk contribs

			N 18:16		Multilayer Paper Microfluidics - Madyson Redder‎‎ 21 changes history +6,228‎ [Mredder‎ (21×)]
					18:16 (cur \| prev) +540‎ Mredder talk contribs (→‎Fabrication Methods)
					18:07 (cur \| prev) +822‎ Mredder talk contribs (→‎Fabrication Methods)
					17:58 (cur \| prev) +1,223‎ Mredder talk contribs (→‎Fabrication Methods)
					17:47 (cur \| prev) −47‎ Mredder talk contribs (→‎Motivation for Multilayer Paperfluidics)
					17:46 (cur \| prev) +2‎ Mredder talk contribs (→‎Advantages)
					17:46 (cur \| prev) +1,094‎ Mredder talk contribs (→‎Advantages)
					17:37 (cur \| prev) +24‎ Mredder talk contribs (→‎Materials)
					17:37 (cur \| prev) +619‎ Mredder talk contribs (→‎Materials)
					17:19 (cur \| prev) +18‎ Mredder talk contribs (→‎Uses)
					17:19 (cur \| prev) +7‎ Mredder talk contribs (→‎Uses)
					17:18 (cur \| prev) −19‎ Mredder talk contribs (→‎Developing Countries and Travel)
					17:18 (cur \| prev) +15‎ Mredder talk contribs (→‎Uses)
					17:16 (cur \| prev) 0‎ Mredder talk contribs (→‎Uses)
					17:16 (cur \| prev) +1,103‎ Mredder talk contribs (→‎Uses)
					17:14 (cur \| prev) −453‎ Mredder talk contribs (→‎Motivation for Multilayer Paperfluidics)
					17:13 (cur \| prev) +1‎ Mredder talk contribs (→‎Overview)
					17:12 (cur \| prev) +273‎ Mredder talk contribs (→‎Overview)
					17:08 (cur \| prev) −699‎ Mredder talk contribs (→‎Overview)
					17:06 (cur \| prev) +95‎ Mredder talk contribs
					17:04 (cur \| prev) +12‎ Mredder talk contribs
			N		17:03 (cur \| prev) +1,598‎ Mredder talk contribs (Created page with "{{Template:CHEM-ENG590E}} Overview 3D polymeric or glass microfluidic devices were created to run tests on small amounts of liquid and receive results in a timely manner. However, these devices are costly and time consuming to produce. A solution to this problem was single-layer paper microfluidic devices. The most common known examples of single-layer paper microfluidic devices are pregnancy tests, COVID-19 antigen tests, and glucose test strips. While these devices a...")

17:02

CHEM-ENG590E:Wiki Textbook‎ diffhist +54‎ Mredder talk contribs (→‎Chapter 7 - Fiber-based Microfluidics)

m 07:22

Paper Microfluidic Device for Archiving Breast Epithelial Cells‎ diffhist +6‎ Sarah L. Perry talk contribs

06:39

Hu‎ diffhist +66‎ Hugangqing talk contribs

14 April 2024

			19:57		Microfluidic Gradient Generators - Greg Schneider‎‎ 18 changes history +2,911‎ [Nmhatre‎ (18×)]
					19:57 (cur \| prev) +50‎ Nmhatre talk contribs (→‎Varying Flowrates and Asymmetrical Geometry)
					19:57 (cur \| prev) +473‎ Nmhatre talk contribs (→‎Varying Flowrates and Asymmetrical Geometry)
					19:56 (cur \| prev) −472‎ Nmhatre talk contribs (→‎Nonlinear Gradients)
					19:55 (cur \| prev) +766‎ Nmhatre talk contribs (→‎Methods For Creating Non-linear Gradients)
					18:56 (cur \| prev) +51‎ Nmhatre talk contribs (→‎Mathematical Model)
					18:56 (cur \| prev) +51‎ Nmhatre talk contribs (→‎Induced Charge Electro-Osmosis (ICEO))
					18:55 (cur \| prev) +187‎ Nmhatre talk contribs (→‎References)
					18:51 (cur \| prev) +51‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)
					18:51 (cur \| prev) +1‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)
					18:50 (cur \| prev) +50‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)
					18:49 (cur \| prev) −17‎ Nmhatre talk contribs (→‎Modified Gradient Tree with Varying Horizontal Channel Width)
					18:49 (cur \| prev) +1,199‎ Nmhatre talk contribs (→‎Methods For Creating Non-linear Gradients)
					18:20 (cur \| prev) +50‎ Nmhatre talk contribs (→‎Nonlinear Gradients)
					18:20 (cur \| prev) +1‎ Nmhatre talk contribs (→‎Mathematical Model)
					18:20 (cur \| prev) +48‎ Nmhatre talk contribs (→‎Mathematical Model)
					18:18 (cur \| prev) +356‎ Nmhatre talk contribs (→‎Nonlinear Gradients)
					18:17 (cur \| prev) −1‎ Nmhatre talk contribs (→‎Nonlinear Gradients)
					18:13 (cur \| prev) +67‎ Nmhatre talk contribs (→‎Nonlinear Gradients)

			18:49		Cells and Nanoparticles in Flow - Namish Kokkula‎‎ 2 changes history +6,131‎ [Nkokkula‎ (2×)]
					18:49 (cur \| prev) +121‎ Nkokkula talk contribs
					18:39 (cur \| prev) +6,010‎ Nkokkula talk contribs

			18:48		(Upload log)‎ [Nkokkula‎; Nmhatre‎ (3×)]
					18:48 Nkokkula talk contribs uploaded File:MarginationSize.jpeg ‎(Reprinted with permission from Namdee, K.; Thompson, A. J.; Charoenphol, P.; Eniola-Adefeso, O. Margination Propensity of Vascular-Targeted Spheres from Blood Flow in a Microfluidic Model of Human Microvessels. Langmuir 2013, 29 (8), 2530–2535. https://doi.org/10.1021/la304746p. Copyright 2013 American Chemical Society.)
					18:34 Nmhatre talk contribs uploaded File:NonlinearGradientDevice VaryingHorizontalChannelWidth.jpg ‎(Device made by Abe et al. which creates a nonlinear gradient by varying the horizonatal channel widths. "Reprinted with permission from Abe, Y., Kamiya, K., Osaki, T., Sasaki, H., Kawano, R., Mikia, N., Takeuchi, S. Nonlinear concentration gradients regulated by the width of channels for observation of half maximal inhibitory concentration (IC50) of transporter protein. Royal Society of Chemistry. 2015,140. DOI: https://doi.org/10.1039/C4AN02201G. Copyright 2015Royal Society of Chemistry.")
					18:17 Nmhatre talk contribs uploaded File:NonlinearGradientDevice.jpg ‎(A nonlinear gradient device created Selemovic et al. "Reprinted with permission from Šeila Selimović, Woo Young Sim, Sang Bok Kim, Yun Ho Jang, Won Gu Lee, Masoud Khabiry, Hojae Bae, Sachin Jambovane, Jong Wook Hong, and Ali Khademhosseini Analytical Chemistry 2011 83 (6), 2020-2028 DOI: 10.1021/ac2001737 . Copyright 2011 American Chemical Society.")
					18:12 Nmhatre talk contribs uploaded File:NonlinearGradientDevice.webp ‎(A nonlinear gradient device created Selemovic et al. "Reprinted with permission from Šeila Selimović, Woo Young Sim, Sang Bok Kim, Yun Ho Jang, Won Gu Lee, Masoud Khabiry, Hojae Bae, Sachin Jambovane, Jong Wook Hong, and Ali Khademhosseini Analytical Chemistry 2011 83 (6), 2020-2028 DOI: 10.1021/ac2001737 . Copyright 2011 American Chemical Society.")

</wikionly>

Hoatlin Lab

Other Quick Links

Who is Visiting Us?

Basic Wiki/OWW Links

15 April 2024

14 April 2024

Navigation menu

Page actions

Page actions

Personal tools

Navigation

Search

research

Tools