The New Zealand Institute for Plant and Food Research Limited’s Post

A warm invitation to all Bioscience professionals to 3 day International virtual workshop on Molecular Phylogenetics on 7th and 8th Oct 2023. Registration Link https://bit.ly/4dVBbQb 🔬 Molecular Phylogenetics: From Theory to Practice v-8.0 🌿 In the fascinating world of evolutionary biology, Molecular Phylogeny stands out for several reasons: 1️⃣ Higher Resolution: 🧬 Molecular data offers a sharper lens, unveiling genetic distinctions that morphology alone might miss. 2️⃣ Objective and Reproducible: 📊 It's all about data-driven objectivity, reducing subjectivity and ensuring reproducibility in our analyses. 3️⃣ Stability: 🌍 Less influenced by environmental factors, molecular characters provide a more stable foundation for evolutionary insights. 4️⃣ Uncovering Hidden Species: 🕵️ Molecular techniques reveal cryptic species, those with similar looks but distinct genetic makeup. 5️⃣ Cross-Species Insights: 🌐 Molecular data enables us to explore relationships across diverse taxa, even those distantly related. 6️⃣ Conservation and Forensics: 🦋 Vital for conservation and forensic applications, it aids in species identification and genetic lineage tracking. 7️⃣ Fossil Record Complement: 🦕 Molecular data helps bridge gaps in the fossil record, unveiling the evolutionary stories of organisms with sparse or no fossil evidence. Evolutionary biology is evolving, and Molecular Phylogeny is leading the way! 🚀💡 Training Curriculum Understand the fundamental concept of phylogenetic analysis, using real case studies. How to choose the right sequence for phylogenetic analysis. How to construct the Phylogenetic tree using by various methods and tools. How to choose the right method to construct phylogenetic tree. Estimation of time of divergence and Molecular clock calibration Concept of Bayesian Phylogenetics and use of Related tools. Accessing reliability of phylogenetic tree How extract meaningful information from a phylogenetic tree. #EvolutionaryBiology #MolecularPhylogeny #Science #LinkedInPost

🌱 Exploring the Untapped Potential of Plant Science 🌿 It's disheartening to see that plant science, especially plant bioinformatics, often goes unnoticed in the scientific community. In #AlbertBarabasi's book '#TheFormula,' there might be insights into why this disparity exists. Despite pioneering works and numerous discoveries by plant scientists, it seems that the success metrics favor those in human bioinformatics. Perhaps the functions are similar, yet the recognition differs. Did you know that many foundational discoveries in genetics and cell biology originated in plant science? For instance, the understanding of #DNAreplication, cellular organelles, and cell cycle regulation had their roots in plant cell studies. RNA interference (#RNAi) was first observed in plants, influencing subsequent human biology research. The medicinal properties of plant-derived compounds and their impact on human health, signal transduction pathways, and even the foundational knowledge for developing biofuels—these all have their roots in plant science. Let's bridge the recognition gap and celebrate the invaluable contributions of plant scientists. Together, we can elevate the profile of plant science and recognize its pivotal role in shaping advancements in human biology, medicine, and sustainable technologies. 🌐 #PlantScience #Bioinformatics #ScientificRecognition #FormulaBookInsights #BridgingTheGap

Join our research group to study mucosal viromes in vertebrate health 🧫🧬💊

🚀 Exciting News! 🚀 I'm thrilled to announce the launch of my new blog, "I Am a Molecular Biologist"! 🌟 This space will offer insights, research findings, and experiences from the world of molecular biology. Whether you're a fellow scientist, a student, or simply curious about the field, I hope you'll find valuable information and inspiration here. Check it out and don’t forget to follow and share with your network: https://lnkd.in/gt_UvmHQ Looking forward to your thoughts and feedback! #MolecularBiology #ScienceBlog #Research #Innovation #Biotechnology #FollowAndShare

Test Bank For Biology 6th Edition By Robert Brooker     TABLE OF CONTENTS   1 An Introduction to Biology Unit I Chemistry 2 The Chemical Basis of Life I: Atoms, Molecules, and Water 3 The Chemical Basis of Life II: Organic Molecules Unit II Cell 4 Evolutionary Origin of Cells and Their General Features 5 Membrane Structure, Synthesis, and Transport 6 An Introduction to Energy,

A New Organelle Discovery ✴ A recent discovery in the field of biology that captivates me is the identification of a new organelle called a nitroplast, which converts atmospheric nitrogen into a usable chemical form. Researchers found this evolving organelle in the algae Braarudosphaera bigelowii, revealing an exciting example of endosymbiosis leading to the creation of a new cellular structure. This process, previously thought to be extremely rare, has significant implications for our understanding of cellular evolution and ecological interactions. The nitroplast functions similarly to mitochondria and chloroplasts by integrating into the cell's metabolism and replicating during cell division. It converts nitrogen from the atmosphere, which is notoriously difficult to break down, into a form that the cell can use. This discovery underscores the intricate and adaptive nature of cellular biology, highlighting how organisms evolve to meet their environmental needs. Learning about nitroplasts has profoundly influenced my perspective on biological research. It emphasises the importance of studying cellular interactions and their evolutionary pathways, which can lead to groundbreaking discoveries. This knowledge inspires me to explore how similar mechanisms could be harnessed to address ecological and agricultural challenges. In a molecular laboratory skills course in my science degree, I analysed the E. coli genome and focused on the influence of evolution on genome stability. I employed specific lab techniques, such as PCR and gel electrophoresis, to gather data. My precise lab work and attention to detail were crucial for me to obtain accurate results and high marks for the report. This experience honed my laboratory skills, essential for researching complex cellular structures like the nitroplast. #SCIE2001 #BScUoN #Nitroplasts #biology

Several PhD Fully Funded Positions in France in the most challinging areas of Plant Sciences; From Genes to Ecosystems.

If you have been awarded a Ph.D. between 1 January 2022 and 31 December 2023, consider applying for this year's SCIENCE and SCILIFELAB prize! The topic of the entrant's thesis research must be in one of the following categories: Cell and Molecular Biology; Genomics, Proteomics, and Systems Biology approaches; Ecology and Environment; Molecular Medicine. Learn more about the prize and eligibility at the link below.

SYNTHETIC BIOLOGY: Scientists chart course toward a new world of synthetic biology by University of California, Berkeley Moody Scientific-Global reports, Genetically engineered trees that provide fire-resistant lumber for homes. Modified organs that won't be rejected. Synthetic microbes that monitor your gut to detect invading disease organisms and kill them before you get sick. These are just some of the exciting advances likely to emerge from the 20-year-old field of engineering biology, or synthetic biology, which is now mature enough to provide solutions to a range of societal problems, according to a new roadmap released today (June 19) by the Engineering Biology Research Consortium, a public-private partnership partially funded by the National Science Foundation and centered at the University of California, Berkeley https://lnkd.in/eBfF8bS #syntheticbiology #biology #moodyscientificglobal #johnmoody #futuremedicine #UniversityofCaliforniaBerkeley #organs #tissue #rejection #growbiology #growthmindset #education #awareness

Today marks my final day as a postdoc in Karina Krarup Sand’s group at the Globe Institute Københavns Universitet - University of Copenhagen. It has been an incredibly rewarding journey, and I leave with a deep sense of accomplishment, having contributed to cutting-edge research that explores environmental biofilms, antibiotic resistance, and microbial interactions with minerals. During my time here, I worked on three impactful projects: 🔬 Biofilm Formation in Soil: I investigated the role of surface energy and charges in biofilm formation on functionalized self-assembled monolayers. This project provided insights into how microbial communities form, survive, and influence nutrient cycles in both soil and clinical environments. 🔬 Mineral-Facilitated HGT of Antibiotic Resistance Genes: The project explored how different mineral surfaces impact the genetic transformation of antibiotic resistance in bacteria. This study shed light on how environmental factors such as mineral composition can accelerate the spread of resistance genes, providing valuable data for mitigating environmental antibiotic resistance. 🔬 Horizontal Gene Transfer (HGT) in Polluted Coastal Areas: This project focused on understanding how heavy metals and microplastics facilitate the spread of antibiotic resistance genes (ARGs) through HGT in marine environments. My work demonstrated the critical role of metals in enhancing ARG propagation, which is crucial for assessing environmental health. Throughout these projects, I gained hands-on experience with a variety of methods including scanning electron microscopy (SEM), confocal laser scanning microscopy (CLSM), and Fourier transform infrared (FTIR) spectroscopy. These techniques enabled me to analyze biofilm structures and the interactions between bacteria and their environments in remarkable detail. A special thank you to Karina Krarup Sand and the entire group for your unwavering support and collaboration. I am incredibly grateful for the opportunity to work alongside such talented and dedicated individuals. Looking forward to the exciting next chapter in my journey! #Research #EnvironmentalScience #Biofilms #AntibioticResistance #MicrobialEcology #UniversityOfCopenhagen #ScientificJourney