@EvaMariaFunk

MD Student @ChariteBerlin | @berlinnovation Doctoral Research Student Lymphatics | 3D Histology | Nanobodies

 Berlin
linkedin.com/in/eva-maria-f-5bbbb71bb
Joined May 2022
  • Tweets58
  • Following110
  • Followers46
4Media
I won the @BIHregeneration Best Microscopy Image Award 2022! I am really happy to close this great scientific year for me with a recognition like that and looking forward to seeing my image on our Cafeteria wall. PS: I didn't know frames were that heavy.
4
3
18
Happy to share my work on nanobodies, lymphatics and the kidney ! I had the great opportunity to work and learn between two wonderful labs which made this project possible.
Daniyal Jafree@daniyal_jafree15 Aug 2024
New preprint w. @EvaMariaFunk & René Hägerling + lab @ChariteBerlin: we made a new tool to label lymphatics: anti-LYVE1 single-domain antibodies, AKA nanobodies (👇 video of kidney lymphatics, nanobody in white) Many other potential uses! biorxiv.org/content/10.1101/… @UCL_ICH_Kidney
1
350
New preprint w. @EvaMariaFunk & René Hägerling + lab @ChariteBerlin: we made a new tool to label lymphatics: anti-LYVE1 single-domain antibodies, AKA nanobodies (👇 video of kidney lymphatics, nanobody in white) Many other potential uses! biorxiv.org/content/10.1101/… @UCL_ICH_Kidney
2
8
1
34
3,092
Examined a pie chart of skills PhD students possess. Wonder what slices we’d add or expand for postdocs, professors, and higher roles?
5
25
2,536
We are looking for new co-organisers!
ReproTeaBerlin@ReproTeaBerlin2 Aug 2023
🌟Join the ReproducibiliTea team! 🍵🌱 We're seeking new organizers to lead upcoming sessions and shape discussions. Make a positive impact in the community by joining us! Interested? Get in touch to learn more and be part of the team #Berlin #OpenScience
1
87
Wicked two weeks at @CLF_STFC on their shiny new @3i_inc lightsheet microscope 🔬 @EvaMariaFunk & @GideonPomeranz and I acquired 3D images (>6000GB?!) from cleared kidney tissue + organoids, thanks to @robmlees & @spireitesarah Even checked out our data in virtual reality 😵‍💫 – at Harwell Campus, England
8
2
32
4,069
Last week I had the opportunity to work with a @3i_inc light sheet system. After spending most of my time at #medschool these days, it was great to be intensely immersed into science again at a fascinating place like @CLF_STFC Thank you, @robmlees for your expertise and support
1
5
16
1,276
Very interesting project! #SIPS2023 @improvingpsych
This Post is from an account that no longer exists. Learn more
1
9
491
Congratulations to my #HägerlingLab colleague #LennartFreise on his first first-author publication. Lennart uses light sheet microscopy to study the placental vasculature and its lymphatic mimicry. His work aims to better understand #preeclampsia. doi.org/10.3390/biom13061009

Three-Dimensional Histological Characterization of the Placental Vasculature Using Light Sheet...

The placenta is the first embryonic organ, representing the connection between the embryo and the mother, and is therefore necessary for the embryo’s growth and survival. To meet the ever-growing...

mdpi.com
3
84
We are back! Come and join us
ReproTeaBerlin@ReproTeaBerlin4 May 2023
We're excited to announce the schedule for our summer semester online journal club! 🙌 Curious about Chat(GPT) and the future of scientific publishing? Join us next week for an insightful discussion! Sign up: eventbrite.com/e/journal-clu…
1
84
Research images like this are changing our understanding of kidney disease… Through this photo, researchers have a way to study inflammation in the kidney, by capturing the lymphatic system of an adult mouse kidney in action. Isn't it fascinating? 😲 #KidneyDisease
3
8
1,507
For yesterday's #worldkidneyday, here's an image of kidney lymphatics (+ glomeruli) by @EvaMariaFunk: @berlinnovation researcher/med student Plenty learn about these structures and their therapeutic potential in kidney disease. But we & others around the world are getting there!
1
1
17
1,087
Research images like this are changing our understanding of kidney disease… @‌EvaMariaFunk of @‌UCL_ICH_Kidney captured this as a way to study inflammation in the kidney. Isn't it fascinating? 😲 #WorldKidneyDay
4
6
1,835
This #WorldKidneyDay we're highlighting some of the amazing research that is changing our understanding of kidney disease. This image from @‌EvaMariaFunk is helping scientists to study inflammation in the kidney! @UCL_ICH_Kidney
This black and red image shows the lymphatic system of an adult mouse kidney, which is very similar to in humans. It is bright in places and dark in others. The lymphatics are a draining network that help the body remove unwanted fluids and molecules from tissue, like those that cause inflammation. The system is also vital for the movement of immune cells throughout our body. This image was taken as part of research to understand how a certain protein is turned on and off across this system within the kidney and how that may impact inflammation in kidney disease.

ALT This black and red image shows the lymphatic system of an adult mouse kidney, which is very similar to in humans. It is bright in places and dark in others. The lymphatics are a draining network that help the body remove unwanted fluids and molecules from tissue, like those that cause inflammation. The system is also vital for the movement of immune cells throughout our body. This image was taken as part of research to understand how a certain protein is turned on and off across this system within the kidney and how that may impact inflammation in kidney disease.

11
16
2,401
Every day, our researchers strive to improve the lives of seriously ill children. Their #research can sometimes produce stunning images, offering captivating insights into their incredible work. Take a peek at not one, but eleven, moments of discovery...
BBC Science Focus Magazine@sciencefocus28 Feb 2023
The moment of discovery: 11 massive medical breakthroughs, in pictures sciencefocus.com/the-human-b…

The moment of discovery: 11 massive medical breakthroughs, in pictures - BBC Science Focus Magazine

BBC Science Focus exclusive: Great Ormond Street Hospital's second annual photography competition celebrates massive medical advances.

sciencefocus.com
3
12
3,201
An image of my research was shortlisted for the @GreatOrmondSt 'A moment of discovery' competition, which was covered by the @sciencefocus magazine. Check it out! sciencefocus.com/the-human-b… Congratulation to @daniyal_jafree and team for a well-deserved win. Go @UCL_ICH_Kidney !

The moment of discovery: 11 massive medical breakthroughs, in pictures - BBC Science Focus Magazine

BBC Science Focus exclusive: Great Ormond Street Hospital's second annual photography competition celebrates massive medical advances.

sciencefocus.com
1
8
557
Congrats to @daniyal_jafree @ALetunovska @reemy73 @dale_moulding for their winning image in @GreatOrmondSt moment of discovery competition. Read more bit.ly/3KIZjJr and see other shortlisted images from @DBC_ICH researchers @hPSCenthusiast @EvaMariaFunk @apalexa1

The moment of discovery: 11 massive medical breakthroughs, in pictures - BBC Science Focus Magazine

BBC Science Focus exclusive: Great Ormond Street Hospital's second annual photography competition celebrates massive medical advances.

sciencefocus.com
Great Ormond Street Hospital for Children@GreatOrmondSt28 Feb 2023
📸This morning, we announced the winner of our image competition, A Moment of Discovery. Now meet the research team behind our winning image. They're studying how #cancer can grow & spread through lymph networks in the body, with a new 3D imaging technique. #RareDiseaseDay2023
A group of 7 people on the stairs, smiling at the camera in smart, casual dress. They are the research team behind the winning image.

ALT A group of 7 people on the stairs, smiling at the camera in smart, casual dress. They are the research team behind the winning image.

Image 3 show a vibrant black, pink, white and yellow structure. It was created using a new 3D imaging technique to view the lymphatic system (blue) in high detail to better understand how cancers grow and spread. Cancers can hijack lymphatic systems, normally tasked with waste disposal, to spread tumour cells around the body. However, these systems are incredibly hard to see and therefore study using traditional microscope techniques.

ALT Image 3 show a vibrant black, pink, white and yellow structure. It was created using a new 3D imaging technique to view the lymphatic system (blue) in high detail to better understand how cancers grow and spread. Cancers can hijack lymphatic systems, normally tasked with waste disposal, to spread tumour cells around the body. However, these systems are incredibly hard to see and therefore study using traditional microscope techniques.

1
8
1
23
3,389
Only 6% in Germany. This is disappointing but unfortunately not really surprising. I hope @BMBF_Bund is working on change.
European Commission
@EU_Commission11 Feb 2023
👩‍🔬👩‍💻How many #WomeninScience are in your country? 🇸🇪 13% 🇩🇰 11% 🇮🇪 11% 🇵🇹 10% 🇸🇮 10% 🇧🇪 10% 🇳🇱 9% 🇱🇹 9% 🇲🇹 9% 🇦🇹 9% 🇱🇺 9% 🇪🇪 8% 🇵🇱 8% 🇷🇴 8% 🇧🇬 7% 🇪🇸 7% 🇫🇮 7% 🇪🇺 7% 🇨🇾 7% 🇨🇿 7% 🇫🇷 7% 🇱🇻 7% 🇩🇪 6% 🇭🇷 6% 🇬🇷 6% 🇭🇺 5% 🇸🇰 4% 🇮🇹 4% Stats on #WomeninScienceDay via @EU_Eurostat
3
238
Final few days to apply for a @Kidney_Research funded PhD studentship to join our lab on an exciting project using #organoids generated from #stemcells to investigate #vascular changes in children with kidney disease. Deadline on Friday.
UCL Child Health Kidney Lab@UCL_ICH_Kidney27 Oct 2022
⚠️PhD opportunity⚠️ We are recruiting a #PhD student to join our dynamic lab who will use #stemcells to generate 3D #organoids to investigate #vascular changes in children with #CKD, working with Profs David Long and @RukshanaShroff. Apply before 25/11/22 tinyurl.com/4bndbf4a
2
7
Congratulations to my PI René Hägerling for successfully applying for an @ERC_Research Starting Grant!
This Post is from an account that no longer exists. Learn more
3
Load more