Excited to share our latest work! 🚀
We introduce sherpabodies, a modular, antibody-mimetic platform for CAR-T cell therapy targeting solid tumors. 🧫🔬🧬
Collaboration betweem the Saksela Lab @helsinkiuni and @CDI_UCSF
Check it out here: 🔗 https://t.co/DJDIAoRx2T
Our #sherpabody technology offers precision in targeting cancer cell therapies and efficiency in combating viral infections. Our latest research on #CARTcell therapy has just been published in Cancer Research.
https://t.co/nDniEPlLQQ
#cancertherapy
Researchers have developed a molecule that is, when administered nasally, extremely effective in preventing the infection of all known variants of the SARS-CoV-2 virus. The sherpabody-technology used can be a key tool in preparing for future pandemics.
➡️ https://t.co/rUyo8VJwsz
Tänään juhlistetaan maailman luovuuden ja innovaation päivää! 💡@UN
Tutkijamme ovat kehittäneet molekyylin, joka voi olla ratkaiseva ase varautumisessa tuleviin pandemioihin. Se estää nenään annosteltuna tehokkaasti kaikkien tunnettujen koronavirusmuunnosten aiheuttaman taudin.
An antiviral therapy in early development has the potential to prevent or treat COVID-19 infection when given as a nasal spray in as little as 4 hours before or after exposure. https://t.co/CSOylJlhKw
Finnish Researchers Develop Nasal Spray That Protects against #COVID
Researchers have developed a molecule for nasal administration to prevent development of #COVID19 symptoms by all known variants of the #SARSCoV2 virus. Learn more: https://t.co/43pQrXrO19
A paper in @NatureComms describes a small antibody-like protein that can prevent infection by diverse SARS-CoV-2 variants in cell culture and in mice that were intranasally treated with this inhibitor before or shortly after being exposed to the virus. https://t.co/57QqgYjt39
In the lab: A nasal spray developed in Finland protects against #SARSCoV2 infection, including recent immune-evasive variants. When administered nasally the experimental molecule—TriSb92—developed at Univ of Helsinki blocks transmission & spread of #SARS2 https://t.co/P781w7eLbY
Researchers @helsinkiuni have developed a molecule that is, when administered nasally, extremely effective in preventing the disease caused by all known variants of the SARS-CoV-2 virus. The molecule could be a key tool in preparing for future pandemics. 💪https://t.co/bgqNzfEWoy
Tutkijat @helsinkiuni ovat kehittäneet molekyylin, joka nenään annosteltuna estää erittäin tehokkaasti koronaviruksen aiheuttaman taudin. Molekyyli toimii myös uusimpia immuunipuolustusta kiertäviä virusmuunnoksia vastaan.
#HyvätUutiset@Anna_R_Makela https://t.co/Pg45TOZtSS
The #SARSCoV2🦠has been relentlessly evolving over the past 3 years to find new hosts. Its latest iteration, XBB.1.5, acquired a critical double mutation that maintains high level of immune escape while increasing infectivity
by @yunlong_cao and colleagues
https://t.co/32QqpChRVR
"SARS-CoV-2 is rapidly mutating and recombining, and more (sub)variants—potentially more pathogenic—are on the horizon. The world is still barely vaccinated, and even in wealthy countries like the US, resources are inequitably distributed. It ain't over."
https://t.co/BWaOOBF9wE
Lääkeyritykset kuskaavat valmistuneet rokotteet sinne, missä on rahaa. "Kysymys ei ole patenteista vaan ihmisten välisestä solidaarisuudesta", lataa virologian professori Kalle Saksela @yliopistolehti jutussa. https://t.co/4ta9Oa69z4
Tilanne Ukrainassa on huolestuttava ja liikkeellä on paljon virheellistä tietoa. Toimittaja: jos teet juttuja aiheesta, Venäjän tutkijamme auttavat mielellään tulkinnoissa! 🤝
#Ukraina#Putin#Venäjä#asiantuntijalista#WeAreHelsinkiUni
Soittele! 👇📞
https://t.co/TKojzQUSCv