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Studying Bioinorganic Chemistry at Temple University — 18 websites ranked by shared content topics, category and on-page relevance.

Each result shows its full tech stack, contacts and AI-policy — not just a name · Browse all sites in Science →

DomainMatchTitleCountry/LangCategoryAI filesContactAI-protection
farnumlab.com 72 match
2 shared topics
The Farnum Group – Inorganic Chemistry Research Group en scienceWordPress robotsllmsaihumans emailphone none
svatunek-lab.com 71 match
2 shared topics
Svatunek Lab - Computational & Physical Organic Chemistry at TU Wien en scienceReaction Commerce robotsllmsaihumans emailphone partial · 8
svatunek.com 71 match
2 shared topics
Svatunek Lab - Computational & Physical Organic Chemistry at TU Wien en scienceReaction Commerce robotsllmsaihumans emailphone partial · 8
adeliaaquino.com 66 match
2 shared topics
Quantum Chemistry | Simulation of Biological Systems en scienceWordPressReaction Commerce robotsllmsaihumans emailphone none
avinashpatil-lab.com 66 match
2 shared topics
avinashpatil-lab.com | Avinash Patil University of Bristol en chemistryWix robotsllmsaihumans emailphone none
autumnqiulab.com 65 match
2 shared topics
Qiu Research Lab – Analytical chemistry and toxicology for the environment-host-microbe interactions en chemistryWordPress robotsllmsaihumans emailphone none
accnewsmedia.com 65 match
2 shared topics
ACC Chemistry News & Media - Peptides, Research, CBD US~ en chemistryWordPress robotsllmsaihumans emailphone none
labevans.co.uk 64 match
2 shared topics
Photoactive Materials Group | University of Cambridge GB en scienceWordPress robotsllmsaihumans emailphone none
1-material.com 64 match
2 shared topics
1-Material (ONE=Organic Nano Electronic) CA~ en scienceWordPress robotsllmsaihumans emailphone none
lewisgroup.org.uk 64 match
2 shared topics
Lewis Research Group – The Lewis Group at the University of Birmingham conducts research in various areas of supramolecular chemistry, including self-assembly, mechanically interlocked molecules, and host-guest systems. GB en chemistryWordPressReaction Commerce robotsllmsaihumans emailphone none
josephcourtney.com 64 match
2 shared topics
Joseph Courtney | Physical Chemist en chemistry robotsllmsaihumans emailphone none
piquemalresearch.com 64 match
2 shared topics
piquemalresearch.com | Multiscale Quantum Chemistry and High Performance Computing en scienceWordPressWooCommerce robotsllmsaihumans emailphone none
adamsinvention.com.au 63 match
2 shared topics
Welcome to Professor Georgius Abidal Adam, Professor of polymer chemistry and technology website AU en chemistry robotsllmsaihumans emailphone none
samikshayogi.com 63 match
2 shared topics
Samiksha Yogi – Chemist & Cinephile en science robotsllmsaihumans emailphone none
accelsci.com 63 match
2 shared topics
Research Chemicals Supplier | Accel Scientific en chemistry robotsllmsaihumans emailphone none
nathscientific.com 63 match
2 shared topics
Nath Chemicals & Scientific Solutions en chemistryWordPressWooCommerce robotsllmsaihumans emailphone none
joshuagallaway.com 62 match
2 shared topics
Joshua Gallaway – Electrochemist en chemistryWordPress robotsllmsaihumans emailphone none
joaquinbarroso.com 62 match
2 shared topics
Dr. Joaquin Barroso's Blog – Scientific log of a computational chemist – "Make like a molecule and React!" en chemistryWordPressReaction Commerce robotsllmsaihumans emailphone none

How the match score works

Each match is a 0–100 similarity score — the higher it is, the more two sites resemble one another. It’s computed automatically from our own crawl data (never from what a site says about itself) by combining several independent signals, so a high score means several of them point the same way:

No single signal decides the result — they’re blended together. Treat the score as a way to rank candidates rather than an absolute percentage; the chips on each result show which signals contributed.