BMG LABTECH’s Post

#DrugDevelopment and #biotechnology research teams face many challenges when aiming to engineer bio-based processes to produce new #biomolecules. But what makes Ingenza different? Our diverse range of host organisms can revolutionise these processes! Find out more about how we can offer you significant advantages in our recent whitepaper. Follow the link: https://ow.ly/5uIV50QkFku #EngineeringBiology #Bioprocessing

#DrugDevelopment and #biotechnology research teams face many challenges when aiming to produce new #biomolecules using bio-based processes. But what makes Ingenza different? Our diverse range of host organisms can open up new possibilities and revolutionise your processes! Find out more about how we can offer you significant advantages in our recent whitepaper. Follow the link: https://ow.ly/7Bu050SBgen #EngineeringBiology #Bioprocessing

Exciting discussions and groundbreaking research at the BiotechNet conference on 'Biotechnology of natural and environmental substances' in Djibouti! #BiotechNet #Djibouti #Biotechnology #ICGEB #ICGEBNewDelhi

"Thrilled to have participated in a thought-provoking quiz on National Pollution Control Day, hosted by Department of Biotechnology, Dayanand Science College, Latur. Engaging discussions and valuable insights paving the way for a cleaner, greener future! #PollutionControl #Biotechnology #EnvironmentalAwareness"

New Zealand stands to benefit greatly from the scale-up and production of bioproducts onshore rather than sourcing from other countries. It pushes all the right buttons around sustainability, energy and agricultural input security, added-value processing and lifting the country's productivity. #bioeconomy #bioproducts #microbialfermentation #precisionfermentation #biologialcontrolagents https://lnkd.in/gChf7SD5

Anti-fouling agents in bioreactors although important to prevent membrane fouling can have negative effects on cultures. A recent study describes a new online monitoring system that allows to assess the stress experienced by algae due to anti-fouling agents in real time. The system automatically measures chlorophyll a fluorescence using an ultra-sensitive sensor. The system's application goes beyond biotechnological application. It can also be used to determine environmental effects of anti-fouling paints on aquatic organisms and help develop environmentally friendly anti-fouling paints that protect ship hulls while having minimised environmental impacts. Read the full paper: Novel technique for the ultra-sensitive detection of hazardous contaminants using an innovative sensor integrated with a bioreactor https://lnkd.in/eevFSf5G #OpenAccess #Publication #MicroalgaeCultivation #MembraneBioreactor

Today, I had the privilege of presenting a seminar on advancements in soil microbiome engineering. I delved into groundbreaking research, including the work published in Nature by Janet Jansson's group. This underscores the pivotal role of biotechnology in fostering sustainable practices. I firmly believe that an interdisciplinary approach is necessary to address current challenges. Exciting times lie ahead as we harness the power of science to cultivate a greener, more resilient future. Janet Jansson #Microbiome #Biotechnology #Sustainability 🌱🔬

👏 Huge congratulations to Diego Alejandro Hernández on his latest publication in Chemosphere titled "New perspectives on the anaerobic degradation of BTEX: Mechanisms, pathways, and intermediates." This study sheds light on advanced mechanisms in BTEX biodegradation, offering valuable insights for environmental bioremediation. Highlights of the paper: 🌟 Fumarate addition emerges as an alternative activation step for ethylbenzene biodegradation. 🌟 Benzyl alcohol and cresol serve as key intermediates in toluene degradation. 🌟 Omics technologies are instrumental in pinpointing bottlenecks and uncovering unknown compounds. 🌟 Benzene undergoes both methylation and hydroxylation as simultaneous activation mechanisms. This research opens up exciting new directions in anaerobic BTEX biodegradation. Well done, Diego! 🎉 Link to the paper: https://lnkd.in/ei9UcVjH #EnvironmentalBiotechnology #AnaerobicBiodegradation #BTEXRemediation #GreenChemistry #Chemosphere #Publication

Chinese scientists have published new research describing the olfactory mechanism of insects and how exposure to certain chemicals results in particular insect behaviors, providing ground-breaking information of use in developing environment-friendly, safe and efficient pesticides. For more: https://lnkd.in/dKVMRzs2 #etribune #news #latest #ChinaScience #InsectSmell #PesticideResearch #Biotechnology #EnvironmentalScience

Ever wondered where does the term "Biotechnology" come from !!! Most of us know that "Biotechnology" is a new term but the principle of #biotechnology was used centuries ago. 👉 The #term "#biotechnology" was coined in 1919 by Hungarian engineer "Karl Ereky". 👉 Ereky used the term to describe the use of living organisms and their products to create useful substances or solve industrial problems. 👉 He went on to publish a book in 1921 titled "Biotechnology: The Science of Life's Products." Since then, the field of #biotechnology has greatly expanded and encompasses a wide range of scientific and industrial applications. 👉 Karl Ereky wrote a book called "Biotechnology: The Science of Life Industrialization". This book, published in 1928, explores Ereky's ideas and theories on the #potential of #biotechnology to revolutionize various industries, particularly agriculture and food production. 👉 He discusses the concept of harnessing #biological processes for industrial purposes and highlights the importance of integrating biology and technology to create transformative solutions. 👉 Ereky's book played a significant role in popularizing the concept of #biotechnology and laid the for its future advancements and applications. (Do share with your network) KESHAV SINGH #biotechnology #biotech #biotechnologyindustry #biotechinnovation #biotechcareers #biotechnologist