Microbiologia_Cadiz

Rearch group of Microbiology from Universidad de Cádiz

[Microbiologia_Cadiz @MicroUCA710]

🍇🦠
Our new study shows that wild yeasts Pichia kluyveri & Pichia kudriavzevii produce volatile compounds (2-phenylethanol & 2-phenethyl acetate) that strongly inhibit Botrytis cinerea — reducing gray mold on grapes and grapevine leaves https://t.co/aSq2GYveTv

[Microbiologia_Cadiz @MicroUCA710]

🍇🦠 New review on grapevine microbiota!
We explore the diversity of endophytic and epiphytic microorganisms in grapevines, highlight culture-dependent & -independent tools, and show how beneficial microbes can drive sustainable viticulture Read it here https://t.co/PjleffqX49

[Microbiologia_Cadiz @MicroUCA710]

🌱 New Editorial out in Agronomy!
We spotlight the hidden world of endophytic microorganisms — from genome mining of cryptic pathways to shaping plant microbiomes and leveraging bioaerosols for sustainable agriculture 🌾🦠
📄 Read it here 👉 https://t.co/pLjrB72Uy6

[Microbiologia_Cadiz @MicroUCA710]

Check out the latest Plants editorial — “Plants 2023/2024: advances, challenges and perspectives” — where we explore the cutting‐edge in plant sciences, from stress responses and climate resilience to innovations in molecular biology and ecology.
https://t.co/3JjRigkQJ5

[Microbiologia_Cadiz @MicroUCA710]

Our new review shows how AI is revolutionizing vineyards and wineries — from disease prediction, pest control & automated grape harvesting to optimizing fermentation, food safety and traceability. 🌱🍷

📄 Read it 👉 https://t.co/0xjpSEXgYu

[Microbiologia_Cadiz @MicroUCA710]

🌱 New paper out!
We characterize BcStc3, a sesquiterpene cyclase in Botrytis cinerea, revealing its roles in oxidative stress tolerance, ROS production, conidial germination & virulence. 🧬🍄
🔍 Read more 👉 https://t.co/mi8HreIhhW

@IJMS_MDPI

[Microbiologia_Cadiz @MicroUCA710]

We examined how the Bcnrps1 gene shapes the infection of postharvest grapes by Botrytis cinerea — revealing its role in detoxification, virulence, CAZymes, and stress response. 🧬🍇

📄 Read the full study 👉 https://t.co/m13J7x2G4q

[Microbiologia_Cadiz @MicroUCA710]

We reveal previously hidden genes in Botrytis cinerea linked to secondary metabolite biosynthesis (PKS, NRPS, STC, DTC, DMATS) 🌱🧬
Our findings open up new possibilities for antifungal strategies and plant protection 🌾⚔️
Read it here 👉 https://t.co/3fYIuBFSl3
@IJMS_MDPI

[Microbiologia_Cadiz @MicroUCA710]

Conferencia "Orígenes e Historia del Vino de Jerez", a cargo del Prof. Dr. Jesús M. Cantoral Fernandez, Catedrático de Microbiología de la Universidad de Cádiz. Jueves 5 de septiembre del 2024 a las 20:00h. Ateneo de Jerez de la Frontera.

[Agronomy MDPI @Agronomy_Mdpi]

📷 Special Issue "Exploring the Diversity of Endophytic Microorganisms: From Microbial Ecology to Agronomic Applications"is open for submission

⏰ Submission Deadline: 15 Aug 2024

👉 SI Link: https://t.co/mrhhs69jUQ

#callforpapers #callforsubmissions #openaccess

[Microbiologia_Cadiz @MicroUCA710]

El incubador MULTITRON STANDARD es parte del proyecto de I+D+i ayuda PID2021-122899O-B-C22, financiado por MICIU/AEI/10.13039/501100011033/. FEDER Una manera de hacer Europa”.
Lab. Microbiología. Facultad de Ciencias del Mar y Ambientales. Universidad de Cádiz.

[Microbiologia_Cadiz @MicroUCA710]

Este incubador MULTITRON es parte del proyecto de I+D+i ayuda PID2021-122899O-B-C22, financiado por MICIU/AEI/10.13039/501100011033/. FEDER Una manera de hacer Europa”.
Lab. Microbiología. Facultad de Ciencias del Mar y Ambientales. Universidad de Cádiz.

[Microbiologia_Cadiz @MicroUCA710]

Dive into the world of plant pathogen warfare with our latest findings! 🌱💥 Discover the crucial role of secondary metabolites in Colletotrichum species. A must-read for science enthusiasts. Full insights here: https://t.co/cruxQlSVVu 📚🔬@SpringerPlants @SpringerNature

[Microbiologia_Cadiz @MicroUCA710]

Biotecnología y Microbiología Aplicada: Avance científico en la Universidad de Cádiz: Un n... https://t.co/KEEO5OLN1u

[Microbiologia_Cadiz @MicroUCA710]

Incorporamos el incubador Multitron Standard a nuestro proyecto PID2021-122899O-B-C22 en la UCA. Avanzamos en la lucha contra Botrytis cinerea y la protección de cultivos. #CienciaUCA #Innovación
@CienciaGob
@AgEInves
@FondosUE_Esp

[Microbiologia_Cadiz @MicroUCA710]

Artificial Intelligence: A Promising Tool for Application in Phytopathology https://t.co/EisVZLvCqk

[Microbiologia_Cadiz @MicroUCA710]

Wild grape yeasts offer a green shield against vineyard diseases! 🍇 Discover how nature's defenders can replace chemicals, enhancing both yield and safety. Dive deeper into this eco-friendly approach: https://t.co/INOymFBN7t #WineLovers @FrontiersIn

[Microbiologia_Cadiz @MicroUCA710]

Explore the secret world where fungi craft plant hormones! 🍄 Discover #BotrytisCinerea's unique ability to synthesize ABA, opening new doors for agriculture. Dive into the science: https://t.co/P9fEbu4pbf #ScienceTwitter @Environmicrobi

[Microbiologia_Cadiz @MicroUCA710]

Biotecnología y Microbiología Aplicada:  Exploring the Frontier of Artificial Intelligence... https://t.co/RAMGYuGTRP @MDPIOpenAccess @Horticul_MDPI https://t.co/afZ9groe0x

[Microbiologia_Cadiz @MicroUCA710]

Artificial Intelligence: A Promising Tool for Application in Phytopathology https://t.co/OqAHxS7UWU #scilit via @Scilit_MDPI