Nicholas S. Edmond’s Post

Cannot agree more “If you want to have security, safety in your research. Don’t become a researcher.” Nearly everything is unpredictable. Experience buys you that you can filter down faster and take a shortcut with a higher chance of success. For me research is to overcome challenges, brainstorm to tackle scientific issues and push the boundaries. If something didn’t work. Regroup and try again. Figure out if your experiment technically worked but you just had a wrong hypothesis. This is life at the edge of science 🧬 / knowledge. The upside - it never gets boring. 🧫 🧪 Stay curious and continue pushing the boundaries!

Department of Basic and Applied Chemistry (FOST) is going to organize One Day EndNote workshop on 13 Sep, 2023. The Endnote is very important software for speedy reference formatting. Due to this the use of endnote is gaining recognition as a speedy tool for reference formatting, citations and management of pdf file. The use of such software by the young researchers such as M. Phil., Ph.D. scholars and faculty members, play a key role in the organization of their synopsis, thesis, research papers and books etc. Themes: Endnote as a bibliography/reference manager Endnote as document manager Endnote converts all references in all categories of Journal styles in about 1 second with 100% accuracy Endnote software along with activation key costs 249$ will be given Free of cost Here's the registration link: https://lnkd.in/dsH7aPMF

Officially graduated in Bachelor of Education (Honours) in Biological Science with a First class (3.91 CGPA)

Chemistry

After almost 4 years of intensive studies with fun 😀😁 (not too sure about the fun though 😔), I am excited to share as first author, the first publication from my program at the University of Connecticut, USA. The paper employed a tandem-catalytic system, i.e., electrocatalysis and biocatalysis, for chiral oxidation of organic molecules in microemulsion at 90 °C. Enzymes are very specific and selective catalysts, with several advantages in synthesis, when compared to conventional organic synthesis. However, their applications at industrial-scale suffer a drawback of elevated temperatures. That is, they get denatured and lose nativity/structural conformation. How then can we bridge this gap, and be able to increase rates of enzymatic reactions by employing high temperatures? Published in the Journal of Chemistry Europe by Wiley, please have a read for more details at: https://lnkd.in/ek_AKnny

Here is a sneak peek into our Chemistry lesson at Strode's College. Students are performing a distillation as part of their practical endorsement. Explore our Science courses at: https://bit.ly/3FNW0MU #ALevels #SixthForm #ScienceClass