position as Researcher or PhD Student in computational toxicology / computational chemistry is immediately available at FHAIVE ( https://t.co/3j9Ll96OZP).

Doctoral Researcher (FHAIVE), 3 positions / Väitöskirjatutkija (FHAIVE), 3 tehtävää – @TampereUni , Tampereen yliopisto https://t.co/1nhr2QbnMV #SSBjobs #SSBtyöpaikat #OpenPosition #research #science #academia #toxicology #multiomics #bioinformatics #immunology #CancerBiology

my daughter deestrick fhaive with his ading manny ack

Research from Tampere University and FHAIVE reveals a novel response mechanism related to nanoparticle exposure across various species. Full report on @NatureNano: https://t.co/Wtn6y7HRUH #Nanotechnology #ScienceNews

Our collaboration with the Smart Photonic Materials group from @TampereUni has resulted in a new project- PHOTOBREATHE! More information about the project is on the webpage: https://t.co/nDAqjNwyHB Looking forward to the exciting work in the next years! @TampereUniMET

The FHAIVE research centre at Tampere University in Finland is using organ chips and AI to develop alternatives to using animals for chemical and drug testing.. #endanimaltesting https://t.co/lyINPUlfC9

Add our newest #article to your reading list! 📚 If this abstract has caught your attention, follow the link for the full study ⬇️ 🔗 https://t.co/A56fXFszJl @TampereUniMET @tampereuni #fhaive #fhaivers #fhaiving #work #project #team #publication #new #paper #IAS

Have you met Giorgia Ciancaleoni, our researcher from Italy? 🗺️ She joined us in the end of the last year and it is actively contributing to our science! #fhaive #fhiavers #researcher #bioinformatics

The application of toxicogenomics data for uncovering and predicting the effects of chemical exposures has been a central research topic of FHAIVE in the past years, including a recent doctoral dissertation by one of the FHAIVErs, Laura Saarimäki.

We are starting the new year with great news!! 🎉 A group of our researchers led by Marcella Torres Maia published a new article regarding the nanomaterial grouping! Congratulations to the team! Read the full article here ➡️ https://t.co/qTLOmnnDh4 #fhaive #fhaivers #fhaiving

Ilustracija molekularnog odgovora predaka. Zasluge: Giusy del Giudice / Univerzitet TampereNaučnici iz Finskog centra za razvoj i validaciju integrisanih pristupa (FHAIVE... # # # # # # # https://t.co/oE3UazV9D0

EU:n tavoitteena on lopettaa #eläinkokeet heti, kun se on tieteellisesti mahdollista, kirjoittaa Yle. Vaihtoehtoja eläinkokeille etsitään. Suomessa vaihtoehtomenetelmäkeskus FHAIVE kehittää mm. tietokonemallinnusta, soluviljelyä ja 3D-tulostamista.

Using high quality, multi-dose data, in a resource efficient and reproducible manner can meet this challenge. Performing toxicogenomics with a reproducible and consistent in vitro cell line allows for safety assessment in line with the #3Rs to limit animal experimentation.

Working at FHAIVE has always been stimulating. Yet, this thesis embodies everything I have learned and discovered with my team, taking research to a completely new level of excitement.

Many toxic exposures are not immediately lethal. To truly understand the toxic effects of potentially hazardous substances, we may therefore need to look at their mechanistic effects on a molecular level instead.

No more animal testing – FHAIVE uses data-driven methods to improve chemical safety and drug efficacy | Tampere universities

FHAIVE branch at the University of Helsinki is taking active participation in the EU-funded PINK Project! Find more information about the work and meet the consortium here ➡ https://t.co/s00wDUCh3K #fhaive #fhaivers #fhaiving #project #work #EU #SSbD #chemicalsafety

Meet Cristina, our new member making the science at the FHAIVE branch at the @helsinkiuni! #fhaive #fhaivers #tampere #helsinki #science

A warm welcome to Alexandra! She joined us from @imed_tweets after work on the ALTERNATIVE Project 📚 @tampereuni @TampereUniMET #fhaive #fhaivers #team #tampere #finland #austria #AOP #network

The introduction and use of novel toxicogenomic frameworks, such as the one proposed by Morikka et al. (2024), are of increasing need to assess the impacts of exposure to the ever-growing number of potentially harmful synthetic substances being brought into human use.