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Polymerization of tetraspanin 7 into helical transmembrane skeletons for tubular membrane stabilization vita-journal.com/vita/EN/10.…
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throwing out random, unsourced historical fragments does not change the fact that the video completely lied about the modern data. There is no publication from the New England Journal of Medicine in 1891 establishing that cancer, multiple sclerosis, or bipolar disorder are caused by parasites. In 1891, the medical community was just beginning to grasp cellular pathology and basic microbiology. If you are referring to historical experiments from that era, such as William Coley's work with "Coley's Toxins" in 1891, he was utilizing bacterial injections to stimulate an immune response against tumors, which had absolutely nothing to do with treating parasites. Conflating completely distinct, complex biological conditions like a neurological autoimmune disease, a psychological mood disorder, and malignant cellular mutations, and attributing them all to a single boogeyman like "parasites" is a massive failure in basic pathology. An antiparasitic medication cannot distinguish between a malignant tumor cell and a healthy human cell because both are eukaryotic. The only reason certain benzimidazoles are even being investigated in labs is because they happen to inhibit microtubule polymerization during cell division, a mechanism that applies to rapidly dividing cells in general, not because the cancer is secretly a tapeworm. Stick to the actual science instead of historical myths.
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TEL tetra ethyl lead, early gasoline low octane, prone to pinging or per-detonation, oil companies lacked ISOM or polymerization, Rhodium on Cerium Alumina Spheres reacting with hydrogen, turning small molecules into larger polymers, rings, saturated, petrochemical innovation
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Synergistic Interfacial Polymerization of Ethanolamine and Hyperbranched Polyamine (HBPA) for Fabricating High-Performance Polyesteramide (PEA) Nanofiltration Membrane dlvr.it/TT1jvp

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I wonder if they'll make alternate arts in @YGOMasterDuel for the following Branded cards: • Guiding Quem, the Virtuous • The Bystial Lubellion • Springans Kitt, Tri-Brigade Kitt, or Tri-Brigade Springans Kitt • Super Polymerization with a montage of multiple Albaz fusions
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Brodyquester (Shinjiro deluler) I love cosplay 🌈⃤ retweeted
Game 1 I won roll, full combo and managed to still win through super polymerization on my board. Game 2 lost to bagooska. Game 3 I got super poly lava golem'd, played snow control and had judgment ash for ritual and habakiri, attacked directly for game with the girls. 1-0!
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Nour EM retweeted
Controlled Synthesis of Topologically Diverse Polyrotaxanes by Ring-Opening Polymerization of Mechanically Interlocked Monomers
Excited to share our new JACS paper! 🎉 We achieve controlled/living synthesis of two types of MIPs (polyrotaxanes and polydaisy chains) via ROP of mechanically interlocked monomers. Thanks to Prof. Zhang for the fantastic collaboration! Stay tuned! 🔬 🔗 doi.org/10.1021/jacs.5c16555
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Nour EM retweeted
Controlled Synthesis of Topologically Diverse Polyrotaxanes by Ring-Opening Polymerization of Mechanically Interlocked Monomers
Excited to share our new JACS paper! 🎉 We achieve controlled/living synthesis of two types of MIPs (polyrotaxanes and polydaisy chains) via ROP of mechanically interlocked monomers. Thanks to Prof. Zhang for the fantastic collaboration! Stay tuned! 🔬 🔗 doi.org/10.1021/jacs.5c16555
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Nour EM retweeted
Controlled Synthesis of Topologically Diverse Polyrotaxanes by Ring-Opening Polymerization of Mechanically Interlocked Monomers
Excited to share our new JACS paper! 🎉 We achieve controlled/living synthesis of two types of MIPs (polyrotaxanes and polydaisy chains) via ROP of mechanically interlocked monomers. Thanks to Prof. Zhang for the fantastic collaboration! Stay tuned! 🔬 🔗 doi.org/10.1021/jacs.5c16555
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Kudos to @PriyankaGh39254 for the second paper in a row! 🎉Congratulations also to @basu_soumi35901 @sdiitkgp, for their latest work on Titanium(IV) complexes with ethylene-bridged fluorenyl–phenoxyimine ligands for ethylene polymerization Read here: doi.org/10.1016/j.cattod.202…

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Elva Hu retweeted
Controlled Synthesis of Topologically Diverse Polyrotaxanes by Ring-Opening Polymerization of Mechanically Interlocked Monomers
Excited to share our new JACS paper! 🎉 We achieve controlled/living synthesis of two types of MIPs (polyrotaxanes and polydaisy chains) via ROP of mechanically interlocked monomers. Thanks to Prof. Zhang for the fantastic collaboration! Stay tuned! 🔬 🔗 doi.org/10.1021/jacs.5c16555
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