Nathan Asquith (@nathanasquith1) 's Twitter Profile
Nathan Asquith

@nathanasquith1

Research associate, Shelton lab. Joint biomedical engineering program at UNC and NC state. Climber, Baker, Frisbee player. Views my own

ID: 1854302366

calendar_today11-09-2013 13:13:08

390 Tweet

279 Followers

390 Following

Nathan Asquith (@nathanasquith1) 's Twitter Profile Photo

Megakaryocytes and (Pro)platelets again. It's not as clean as last week! Tried using a different LUT. Still trying to convince Joe to let us try superresolution sometime soon for some of our cytoskeletal projects! DNA 🔵, Tubulin 🟠, CD42b ⚪️. #FluorescenceFriday ZEISS Microscopy

Megakaryocytes and (Pro)platelets again. It's not as clean as last week! Tried using a different LUT. Still trying to convince Joe to let us try superresolution sometime soon for some of our cytoskeletal projects! DNA 🔵, Tubulin 🟠, CD42b ⚪️. #FluorescenceFriday <a href="/zeiss_micro/">ZEISS Microscopy</a>
Carsten Deppermann (@plateletcarsten) 's Twitter Profile Photo

We are looking for a PhD student to work on a project on reprogramming megakaryocytes. Ideally w background in cell or platelet biology. Come join our team! Reach out via DM or apply here: bewerbung.unimedizin-mainz.de/sap/bc/webdynp…

We are looking for a PhD student to work on a project on reprogramming megakaryocytes. Ideally w background in cell or platelet biology. Come join our team! Reach out via DM or apply here: bewerbung.unimedizin-mainz.de/sap/bc/webdynp…
Nathan Asquith (@nathanasquith1) 's Twitter Profile Photo

I'm excited to announce that I will join Sarah Shelton in her new lab as a research associate within the joint biomedical engineering program at UNC-NCSU. We will be working on micro physiological systems, and I'm super excited to start using our new Stellaris 5 microscope!

Joseph Italiano (@josepitaliano) 's Twitter Profile Photo

haematologica.org/article/view/h… Our new paper is finally in print. A big congrats to @isabellecarlota for driving this forward. #megakaryocyte

haematologica.org/article/view/h… Our new paper is finally in print.  A big congrats to @isabellecarlota for driving this forward. #megakaryocyte
Alessandra Balduini LAB (@abalduinilab) 's Twitter Profile Photo

📣 We are excited to announce that our new article on the use of silk-based bioink for bioprinting 3D models of hematopoiesis  has been published on Advanced Science... A new step toward 3D cell culture innovation 📣 ...and stay tuned, more is coming...

📣 We are excited to announce that our new article on the use of silk-based bioink for bioprinting 3D models of hematopoiesis  has been published on Advanced Science...
A new step toward 3D cell culture innovation 📣

...and stay tuned, more is coming...
Nathan Asquith (@nathanasquith1) 's Twitter Profile Photo

I am excited to share my new publication with Joseph Italiano. This project kickstarted my love for microscopy and one can see how much progress I made over the years from the image below to those in the final paper. Ha! Thanks to my lab mates and mentors for making it happen.

I am excited to share my new publication with <a href="/JosepItaliano/">Joseph Italiano</a>. This project kickstarted my love for microscopy and one can see how much progress I made over the years from the image below to those in the final paper. Ha! Thanks to my lab mates and mentors for making it happen.
Nathan Asquith (@nathanasquith1) 's Twitter Profile Photo

Happy #fluorescencefriday . My projects in the Shelton lab and Lampe Joint Biomedical Engineering department are in full swing! I was optimizing some of the imaging settings for one of our projects and made this cool video of our breast cancer cell line. DNA, vWF and actin filaments.

JTH (@jthjournal) 's Twitter Profile Photo

See this #November #coverart article! Nathan Asquith et al. have described an exciting new novel secretory system for loading molecules into platelets for therapeutic purposes. Platelets are professional secretory cells with a variety of granules and other noncanonical

See this #November #coverart article!

<a href="/NathanAsquith1/">Nathan Asquith</a>  et al. have described an exciting new novel secretory system for loading molecules into platelets for therapeutic purposes. 

Platelets are professional secretory cells with a variety of granules and other noncanonical