🚀 Have you started your application for the SciLifeLab PULSE Fellows Program yet? This 36-month postdoctoral program is designed to empower diversity in science and equip researchers with the skills, network, and experience to thrive in academia or industry. 🔹 Choose your path – academic or entrepreneurial 🔹 Conduct cutting-edge research at one of nine top Swedish universities 🔹 Expand your network through secondments with 24 global industry & research partners 🔹 Develop leadership & transferable skills in open science, entrepreneurship, and more 🔹 Competitive salary & social benefits to support work-life balance Join PULSE and become one of the 48 future leaders in molecular life sciences! Get started on your application and check out the matchmaking portfolio (with +100 SciLifeLab PIs looking to host a PULSE postdoc) on: https://lnkd.in/da66M9w8
Om oss
SciLifeLab is a Swedish national center for molecular biosciences with focus on health and environmental research. The center combines frontline technical expertise with advanced knowledge of translational medicine and molecular bioscience. SciLifeLab was established in 2010 and appointed a national center in 2013 by the Swedish government. Four additional sites - Lund, Gothenburg, Linköping and Umeå - were appointed in 2021 in addition to the original two sites in Stockholm and Uppsala.
- Webbplats
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http://www.scilifelab.se
Extern länk för SciLifeLab
- Bransch
- Forskning inom bioteknik
- Företagsstorlek
- 501–1 000 anställda
- Huvudkontor
- Solna
- Typ
- Myndighet
- Grundat
- 2010
Adresser
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Primär
Tomtebodavägen 23
PO Box 1031
Solna, 171 21, SE
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Husargatan 3
Uppsala, 752 37, SE
Anställda på SciLifeLab
Uppdateringar
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SciLifeLab omdelade detta
SciLifeLab Lund is pleased to welcome SciLifeLab Chemical Biology & Genome Engineering Platform (CBGE) and Drug Discovery and Development Platform (DDD) and host their Roadshow in Lund! During the Roadshow we will have: ✅ Presentations by Chemical Biology Consortium Sweden, CRISPR Functional Genomics, Chemical Proteomics & SciLifeLab Drug Discovery & Development ✅ User case presentation by Fabio Rosa, Co-founder and Head of Research at Asgard Therapeutics ✅ Individual consultation meetings Don’t miss this opportunity to learn, discuss and explore how these platforms at SciLifeLab can support your research! 📅 5th March ⏰ 11:00 -15:00 📍Belfragesalen at BMC D15, Lund Read more and secure your spot ➡ https://lnkd.in/dfgq9_2S Bernhard Schmierer Anna-Lena Gustavsson, PhD Per I Arvidsson, Fredrik Ek Massimiliano Gaetani
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"We are in a time where a single type of data or information is often not sufficient to learn about human biology," says Jochen Schwenk in a recent Inside Precision Medicine interview ↓ Thomas Sakmar of The Rockefeller University added, "Translating basic science into the clinic is not easy, especially in the #DrugDiscovery space where it takes years or even decades to develop a new drug. But what we’re trying to do with our projects is not developing a new drug per se—it’s about developing a platform technology and disseminating data that can be used to rethink how drugs could be developed." Read the full article with Jochen Schwenk (SciLifeLab/KTH Royal Institute of Technology) & Thomas Sakmar in Inside Precision Medicine: https://lnkd.in/diF-MDXD Life Science at KTH
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“Normally our DNA is tightly packed into a round nucleus, but Ana and Xue manage to capture this cell with a pretty heart-shaped nucleus” says Bennie Lemmens – referring to Ana Agostinho, Application Expert within super-resolution microscopy at SciLifeLab and Xue Zhang, Postdoc in the Lemmens group. The image shows a replicating human epithelial cell with two different nascent DNA labels in cyan and magenta, which was imaged with super resolution microscopy (3D-SIM) at the SciLifeLab Advanced Light Microscopy unit. “We love microscopy and thanks to the cutting-edge imaging infrastructures at SciLifeLab we can develop new methods and establish original views on human cell biology” says Bennie Lemmens, Group Leader at SciLifeLab & Karolinska Institutet.
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SciLifeLab omdelade detta
Did you know DNA is this beautiful? Stay tuned for our 3D-SPARK technology Curious how we copy DNA? Do you wish to link your DNA fibre and DNA sequencing findings to cell biology or disease biomarkers? 🚀 3D-SPARK might be an approach for you. A method spearheaded by Bruno and Michael in the lab. PS. Normally our DNA is tightly packed into a round nucleus, but Ana and Xue manage to capture this cell with a pretty heart-shaped nucleus. #love #nature #dna #replication SciLifeLab Karolinska Institutet
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SciLifeLab omdelade detta
Gisele Miranda is an image analyst who recently left her position at SciLife Lab Bioimage Informatics Facility (BIIF), part of Euro-BioImaging’s Swedish NMI Node, to start her own group at KTH Royal Institute of Technology and SciLifeLab. Her career path is a success story, highlighting her transition from core facility work back to research. Through deep involvement in expert communities and continued learning, Gisele Miranda shows that leaving active research is not always a one-way street. On the International Day of Women & Girls in Science, we highlight Gisele's inspiring story and wish her all of the best in her new role! We look forward to her continued contributions to the imaging community. #CareerPath #ImageAnalysts #WomenInScience Read the full story here ⤵️ https://lnkd.in/d6t3_w3u
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During the World #Cancer Day, last week, Nätverket mot Cancer organized an event highlighting how patients and their loved ones can maintain the best possible quality of life throughout all phases of the cancer experience. Talks and discussions on topics such as research, preventive efforts, early detection, optimized treatments, improved rehabilitation, from experts like Janne Lehtiö (SciLifeLab/Karolinska Institutet) and Richard Rosenquist Brandell (KI / Director at Genomic Medicine Sweden) can be found here (in Swedish) ↓ https://lnkd.in/g3n9uaVn
Missade du Världscancerdagen 2025? Nu kan du se allt från Världscancerdagen 2025 samt våra 3 frukostsamtal från förra veckan! Årets tema "Bättre Livskvalitet" fokuserade på hur vi tillsammans kan stötta patienter och närstående genom hela cancerresan. Vi vet att utmaningarna fortsätter även efter behandling, och därför är samverkan och kunskapsutveckling så viktig. Våra tre inspirerande frukostsamtal belyser olika aspekter av hur vi bygger en cancervård som sätter livskvalitet i fokus. Alla samtal finns nu tillgängliga för dig att se när det passar dig! Se samtliga inspelningarna här >>> https://lnkd.in/g3n9uaVn #Världscancerdagen2025 #BättreLivskvalitet #Tillsammansmotcancer #Patientsamverkan #Kunskapsutveckling #Tidigupptäckt #Precisionshälsa #Cancerrehabilitering #WorldCancerDay25
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"If we detect #cancer early, we have a much better chance of curing it completely, and this means dramatic changes for these patient groups," says Mathias Uhlen to TV4 about detecting cancers at an earlier stage using blood-based biomarkers. Researchers at SciLifeLab and the Human Protein Atlas have received 400 million SEK from the Knut and Alice Wallenberg Foundation to continue this development. Watch the full story in the news segment from TV4 here ↓ https://lnkd.in/dbdqMxfK Knut och Alice Wallenbergs Stiftelse
Cancertest med stick i fingret alltmer träffsäkert
tv4.se
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SciLifeLab omdelade detta
The world needs science, and science needs women. Tuesday is the International Day of Women & Girls in Science, an opportunity to commit to ending the stereotypes and discrimination that hold women and girls back from careers in science, tech, engineering and math. More women in science can contribute to solving some of humanity's most challenging problems. Yet, they remain under-represented and struggle to get recognition for their achievements. We can all do our part to draw attention to the systematic barriers and long-standing biases that continue to prevent girls and women from fulfilling their dreams and achieving their full potential. More from UNESCO: https://lnkd.in/deiWnvHv
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Feature article on Professor Thomas Helleday (SciLifeLab/Karolinska Institutet), from the Knut and Alice Wallenberg Foundation ↓
Is it possible to repair oxidative damage in cell DNA by introducing small molecules that can activate a repair protein? If so, a medical paradigm shift may be on the way, according to Wallenberg Scholar Thomas Helleday. Helleday recalls how the team discovered the small molecules by chance when they were pursuing another line of inquiry. “We found molecules that behaved slightly differently and that might be able to repair DNA more quickly and serve as some form of activator in the protein that binds to and repairs DNA damage,” he says. https://lnkd.in/dv38b88i #research #science #medicine #DNA Karolinska Institutet Thomas Helleday Magnus Bergström
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