Nihariká Singh’s Post

 In a remarkable advancement in the field of plant communication, a team of scientists from Japan, led by molecular biologist Masatsugu Toyota, has made a significant discovery that has been published in Nature Communications. The research team has successfully captured real-time⌚ footage demonstrating how plants respond to stress signals. These signals are transmitted through volatile organic compounds (VOCs) that are emitted when neighboring plants are under stress. The study provides valuable insights into the plants' defense mechanisms against environmental threats. It was conducted using genetically engineered Arabidopsis plants, along with a fluorescence microscope🔬to monitor the stress signals. This pioneering work builds upon observations made in 1983, which first revealed the complex 'language' of plants communicated through chemical, electrical, and underground signals. #PlantCommunication #Linkedinforcreators #ScienceAdvancement #NatureCommunications #StressSignals #VolatileOrganicCompounds #PlantDefense #EnvironmentalThreats #Arabidopsis #FluorescenceMicroscopy #GeneticEngineering #Botany #PlantScience #ResearchDiscovery #ScientificBreakthrough

Dear Colleagues, I hope this message finds you well. I am writing to invite you to explore my research contributions in the fields of agriculture, plant genetics, molecular biology, and related areas. My articles cover a broad range of topics, including crop improvement, drought stress resistance, molecular markers, and genetic diversity across various plant species. These works are published in reputable journals such as the Journal of Agricultural Science and Technology, Environmental and Experimental Botany, Physiology and Molecular Biology of Plants, and many others. I believe that my research can provide valuable insights and data for your own work. If any of my articles are relevant to your research, I encourage you to cite them in your publications. Accurate citation not only acknowledges the original source but also contributes to the academic community by making knowledge easily accessible. You can find some of my key publications listed at word file.

Edition 17(2) - 2017 - Article: Efficient and new method for Tectona grandis in vitro regeneration ABSTRACT - The aim of this study was to develop a shoot regeneration protocol for Tectona grandis by examining the effects of pretreatments, regeneration culture medium, adventitious rooting, and acclimatization. The best organogenic potential was achieved when hypocotyls and cotyledonary segments from seedlings germinated on a medium containing TDZ, were cultured for four weeks on MS medium supplemented with BAP/GA3. With TDZ pretreatment during seed germination, up to 70% of the cotyledonary segments (0.5 TDZ pretreatment and 1.0 BAP + 0.5 GA3 during regeneration, mg L-1) and 60% of the hypocotyl explants (0.1 TDZ pretreatment and 1.0 BAP + 0.5 GA3 during regeneration, mg L-1) resulted in shoot regeneration. Finally, 65% of the regenerated shoots rooted, of which 60% were successfully acclimatized ex vitro. Our protocol increases regeneration efficiency for teak and it can serve as a platform for genetic transformation to improve this important tree species. Keywords: Adventitious rooting; plant growth regulator; plant tissue culture; woody plant 🔗 https://lnkd.in/djgZkuzT #agriculture #PlantBreeding #genetics #Science #Research #AcademicResearch #AcademicWriting #Farming #FarmingInnovation #OpenAccessJournal #OpenAccess #ScientificJournal #Journal #agronomy #melhoramentogenetico #melhoramentodeplantas #biotecnologia #melhoramento #genetica #artigocientifico #Artigo 📸 Title of the image: Tectona Grandis Author: MARCO AURÉLIO ESPARZ License: Creative Commons Attribution-Share Alike 3.0 Unported (https://lnkd.in/dvc3kRfV) Modifications: None.

Dr. Ananda Mustafiz, Associate Professor in the Plant Molecular Biology Laboratory, Faculty of Life Sciences and Biotechnology, has recently published a research paper titled " Target mimicry: the interplay of LncRNAs and MiRNAs in the complex network of abiotic stress responses in Oryza sativa" with #PhDScholar R. Rakhi as the first author, in the journal "Environmental and Experimental Botany" with an impact factor of 5.7 #SAUPublishes #KnowledgeWithoutBorders #SAARC #SouthAsia #Biotechnology

I'm thrilled to announce that I have completed my degree in Zoology. Delighted to share my latest research findings on the insecticidal and growth inhibitory effects of green synthesized nanoparticles on Tribolium castaneum, commonly known as the red flour beetle. My study highlights the immense potential of eco-friendly nanoparticle synthesis methods in combating agricultural pests while minimizing environmental impact. Through innovative green synthesis techniques, I tried to harnessed the power of nature to create nanoparticles with remarkable insecticidal properties, effectively targeting T. castaneum while posing minimal risk to beneficial organisms and ecosystems. Furthermore, my research reveals promising results in inhibiting the growth and reproduction of these pests, offering a sustainable solution to pest control challenges. These findings not only contribute to the advancement of green nanotechnology but also hold significant implications for agricultural practices worldwide. #GreenNanotechnology #SustainablePestManagement #InnovationInAgriculture #LinkedInResearch"

Symbiosis Study Exposes New Theories And Identify Experimental Systems For Plant Life On Earth #Astrobiology #evolution #botany #genomics

At the cross roads of genetics, advanced inorganic chemistry, medicinal chemistry, molecular pharmacology, physical chemistry, analytical chemistry, botany, and microbiology; that is where you will find me. You are more likely to make a discovery implementing interdisciplinary approaches with many subjects coming together at one convergence point. Enter next project -> new patents will be made for these 1. have collected every fungal strain of interest in Massachusetts for research 2. collected rare plant species of interest from Florida and California for research + seeds collected 🚀 #statistics #statsperson #statistically #speaking #likelihood #crossroads #science #chemistry #physics #biology #convergence #discovery #youneedtoseetheconnection #somethingfromnothing #antibiotics #antimicrobial #antifungal #stockpilesofantibiotics #botany #samples

Edition 17(4) - 2017 - Article: Grouping of anthurium genotypes based on genetic and morpho-anatomical features ABSTRACT - The study aimed at investigating the anatomic and DNA content characteristics of 12 Anthurium genotypes. A large genomic amplitude was observed in the genotypes, ranging from 4.95 to 22.74 pg of DNA. Differences in DNA content, assessed by flow cytometry, allowed the differentiation between the genotypes A. andraeanum, A. affine, A. bomplandii, and A. gracile and the hybrid (A. lindmanianum × A. guianesis) and clustered the group A. raimundii, plowmanii and jemanii of IFT 258, in all analyses. Anatomical studies clustered the genotypes A. andraeanum (Astral and Rubi) and distinguished the hybrid and A. bomplandii from the other genotypes, with anatomical features specific to each genotypes. Cluster analysis allowed grouping of the genotypes A. raimundii and A. affine, bomplandii and gracile, A. jemanii and plowmanii, and the cultivars Astral and Rubi, and isolated the hybrid. Demonstrated the importance of grouping in the diagnosis of species belonging to the genus Anthurium. Keywords: Araceae; leaf anatomy; characterization; DNA 🔗 https://lnkd.in/dwuFaKZM #agriculture #PlantBreeding #genetics #Science #Research #AcademicResearch #AcademicWriting #Farming #FarmingInnovation #OpenAccessJournal #OpenAccess #ScientificJournal #Journal #agronomy #melhoramentogenetico #melhoramentodeplantas #biotecnologia #melhoramento #genetica #artigocientifico #Artigo #ResearchArticle #Flower #Flowers

Explaining my students to explore the fascinating Anatomy of Cockroach. Embarking on the intricate journey of Insect dissection! Unraveling the secrets of these tiny wonders. #insectdissection #entomology #agrientomology #cockroachdissection #insectanatomy #insectphysiology #insects #teaching #agriculture #bscstudents #agriandtechnology #entomologia #science #explorer #assistantprofessor

Sow the seed to success with our Seed Science course and master the art of seed physiology and technology! Learn all about seed germination, storage, and enhancement, as well as essential plant taxonomy and reproductive biology. Equip yourself with the skills to excel in the seed and agricultural industry. https://zurl.co/DszI #SeedScience #Agriculture #PlantBiology #SeedTechnology #ProfessionalDevelopment