Check our latest article on #DigitalMicrofluidics enabled Analysis of #Liver #CytochromeP450 activity for #PrecisionMedicine in @an_chem. #UniversityofHelsinki @LifeSciHelsinki @TiinaSikanen @markushaapala https://t.co/BoqC5jXmZh
How far has science taken you?
Well, I think I can say science has taken me pretty far.
First, it took me to the school lab back in 2008 w…
How can we better treat paediatric congenital liver and biliary tract diseases, and development disorders of the intestine? Professor Mikko Pakarinen is developing better therapies. #newprofessors #WeAreHelsinkiUni #health @amchelsinki https://t.co/moEKa094XC
If you're bored with planks & crunches, there's a funnier way to strengthen the trunkmuscles. A @helsinkiuni study found hula hooping with a weighted hula hoop to decrease abdominal fat and increases trunk muscle mass https://t.co/JJXVAs7Wat #helsinkihealth #fatty #liver #obesity
If you're bored with planks & crunches, there's a funnier way to strengthen the trunkmuscles. A @helsinkiuni study found hula hooping with a weighted hula hoop to decrease abdominal fat and increases trunk muscle mass https://t.co/JJXVAs7Wat #helsinkihealth #fatty #liver #obesity
Porous silicon can be the next generation of pharmaceutical ingredient. In the future, it may be used to treat patients for example with cancer, liver failure and diabetic ulcer. #pharmacy #drugtreatment #HelsinkiHealth https://t.co/998XupwIPV
Porous silicon can be the next generation of pharmaceutical ingredient. In the future, it may be used to treat patients for example with cancer, liver failure and diabetic ulcer. #pharmacy #drugtreatment #HelsinkiHealth https://t.co/998XupwIPV
Porous silicon can be the next generation of pharmaceutical ingredient. A new study shows several silicon based nanosystems for loading different drugs. Their drug release behavior and administration route could be tailored depending on the specific pathological condition of patients for example with cancer, liver failure and diabetic ulcer
Environmentally friendly and non-toxic nanocellulose is compatible with the human body, giving it potential to be used for a range of medical applications. In the future, nanocellulose might be used in surgical sutures – or as bio-ink in 3D printers to produce structures of the body, maybe even an entire liver.
Under the roof of what was once to become the residence of the future King of Finland, researchers painstakingly study herbarium specimens of mosses, liverworts and hornworts, also known as bryophytes. Living moss carpets have a vital impact on biodiversity.
Today 👇
Watching live lecture, about animals pain
Helsinki univercity
University of Liverpool UK
#helsinginyliopisto
#animalscience #anima…
Mechanosensing by β1 integrin induces angiocrine signals for liver growth and survival. #amchelsinki #tutkimus #HelsinkiHealth https://t.co/SeBrU1Q4Ff
Mechanosensing by β1 integrin induces angiocrine signals for liver growth and survival. #amchelsinki #tutkimus #HelsinkiHealth https://t.co/SeBrU1Q4Ff
CHAMPIONS LEAGUE ⚽️ RM - LIV 👍 I ❤️ Football #realmadrid #football #liverpool #champoinsleague #2018 🏆 #sporttime #enjoyinglife #jalkapallo #…
What if we could clean up our contaminated waters by using plants? Actually, we can. Professor Stephan Pflugmacher Lima has developed a method called Green Liver for this very purpose. #WeAreHelsinkiUni #HelsinkiSustainability https://t.co/S1aOjvjBoF
Collage sobre papel 220gr obra original José s. Díaz...10€ #interiordesign #decoration #architecture #deco #design #ART #galicia #Cantabria #SanSebastian #DeVilliers #paris18 #London #galleryweekend #Oslo #helsinkiuni #Olay #Suiza #Liverpool #Cultura
With the Green Liver method developed by Professor Stephan Pflugmacher Lima, we can purify almost any water. Pflugmacher Lima is one of our sixteen new professors who will provide insights into their fields of study at our Inaugural Lectures event on May 30th.
Often melanomas grow and spread horizontally on the top layer of the skin before penetrating deeper into the layers of the dermis. There they can reach the lymph and blood vessels. Lymph vessels are not only a pathway, however. Researchers have uncovered a unique mechanism whereby the direct contact with lymphatic endothelial cells promotes melanoma metastasis – also called Stage IV melanoma where the cancer cells have spread through the lymph nodes to distant sites in the body, the most often affected being liver, lungs, bones and brain.
Before we say goodbye tomorrow come and say hello at #universityofhelsinki booth #633. #EAIE2016 #Liverpool https://t.co/TiObt4lKnJ
UPM #GrowDex gel a platform for growing human cells. Miniature liver testing drugs at #HelsinkiUni #biomedicine https://t.co/zEvECiSD31