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#AllEyesOn
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This was awesome ♡
Come watch the flotilla with us www.twitch.tv/ray_khay
#live #AllEyesOn #Sumud #Gaza
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This is an act of piracy in international waters by the IDF in a civilian ship carrying humanitarian aid. Israel violates international law? marine law...actually every existed law.
#alleyeson madleen
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Employment isn’t what it’s cracked up to be. Just today Ive blown the whistle at my place of work. They’ve been covering things up for a while but now we have new management who promise a brighter future👀
Let’s see how that pans out.💚
#collapse
#alleyeson
#theyhaditcoming
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This image depicts a scientific laboratory setting. A researcher wearing blue gloves and a white lab coat is handling a piece of laboratory equipment. The image is taken from an overhead angle, showing various lab tools, including microplates and pipette tips. The setup suggests a focus on automation in scientific experiments, likely in biotechnology, pharmaceuticals, or medical research.
#AllEyesOn our assoc. group Translational Infection Medicine! We study the host response to infection, focusing on innate immunity & disease tolerance. Our research investigates mechanisms that strengthen resistance & help maintain organ function during severe infections like sepsis. lmy.de/KkHkw
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This photo captures a laboratory scene where a scientist, wearing a lab coat and blue rubber gloves, is using a micropipette to transfer liquid into a small test tube. The test tubes are held in a metal clamp stand, and various laboratory glassware, bottles, and equipment are visible in the background.
#AllEyesOn our associated group Pharmaceutical Microbiology! We study fungi like Armillaria or Psilocybe to uncover the genetic and biochemical basis of natural compound production, exploring their biosynthesis, ecological roles, and biotechnological potential. lmy.de/pilhz
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This photo shows a close-up of a laboratory setting where a person wearing a lab coat and blue rubber gloves is handling a small set of seven vials with blue caps. One vial is being placed into or removed from a high-tech analytical instrument.
#AllEyesOn our associated group Archaeogenetics! We explore the ancient relationship between humans, food, and microbes. We study traces left behind in prehistoric materials to understand how microbes shaped human evolution, health, and diet throughout history. lmy.de/PsoMf
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This photo shows a close-up of a modern microscope being used in a laboratory setting. A gloved hand is placing or adjusting a microtiter well plate containing pink and purple liquid samples on the microscope stage. The microscope has multiple objective lenses and a digital design, it is used for advanced research or analysis. The background appears bright, as natural light is coming from a big window.
#AllEyesOn our Transfer Group Antiinfectives! We identify promising new bioactive compounds or new biological target structures and systematically advance their development into innovative drugs to fight bacterial and fungal infections like resistant tuberculosis & many more!
lmy.de/HCZSl
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This image shows a person wearing a white lab coat and blue protective gloves holding a stack of cardboard boxes in a laboratory setting. The boxes are labeled with codes and instructions. The background includes laboratory benches and equipment.
#AllEyesOn the National Reference Center for Invasive Fungal Infections! Appointed by the Robert Koch Institute, we offer expert consultation on diagnosing and treating invasive fungal infections. Our work includes species identification, resistance determination & global collaboration.
lmy.de/TdgcL
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This image shows several glass jars filled with test tubes that have metallic caps. The test tubes contain substances with different colors, likely agar or liquid culture media used for microbiological research. The labels on the test tubes suggest they are organized for identification. The setting appears to be a laboratory storage area, where specimens or samples are kept for analysis or further experimentation.
#AllEyesOn the Jena Microbial Resource Collection! We store and maintain a collection of over 50,000 microorganisms, including 15,000 species of fungi. Our research focuses on fungal biodiversity, bioactive compounds, and pathogenic Mucorales like Lichtheimia.
lmy.de/ePqrh
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This image shows a young female scientist with dark hair that is tied back in a ponytail working in a laboratory. She is wearing a white lab coat, blue protective rubber gloves, and she has a focused expression while handling a test tube. The background consists of laboratory cabinets, scientific equipment, and blurred objects.
#AllEyesOn the International Leibniz Research School! We offer structured PhD training in microbial and biomolecular interactions, focusing on host/pathogen interactions, bioinformatics, and microbial communication. Join our international network of researchers and advance your career! lmy.de/yWoYa
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The image shows a robotic arm labeled "PreciseFlex" handling a multititer-well plate, commonly used in laboratory automation for scientific research or medical testing. The setup includes various metallic and plastic components, such as rails, sensors, and other lab automation equipment. The robotic arm is part of the high-tech laboratory robotics platform "JenXplor" of the Leibniz-HKI, where robotics are used to handle samples in a fully automated, accelerated process with precision and efficiency.
#AllEyesOn our independent junior research group Robotic-assisted Discovery of Antiinfectives! We use advanced lab automation and specialized assays to identify new antiinfectives. Our goal is to develop effective solutions to combat antibiotic resistance and emerging pathogens. lmy.de/bqSxx
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This photograph shows a scientist working in a laboratory, wearing a white lab coat and blue gloves. They are using a micropipette to carefully dispense a liquid into a gel electrophoresis chamber, which is commonly used for separating DNA, RNA, or proteins based on size. The transparent gel box, filled with a conductive buffer solution, is placed on a laboratory bench, with additional lab equipment visible in the background, such as pipettes and containers.
#AllEyesOn our independent junior research group RNA Biology of Fungal Infections! We bridge basic and translational research, focusing on RNA’s role in fungal pathogenesis. Our goal is to uncover diagnostic markers and RNA-based therapies to improve infection treatment.
lmy.de/LBEKv
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This photograph shows the arm of a scientist wearing blue rubber gloves and a white lab coat handling a thin, flexible sheet using tweezers. The sheet is used in laboratory experiments. It has visible blue and pink colored bands on one edge, which suggests it could be a protein or nucleic acid blot, such as a Western blot or similar analytical method used in molecular biology. The background is blurred and shows laboratory equipment.
#AllEyesOn our independent junior research group Phagosome Biology and Engineering! We explore how fungal pathogens manipulate phagosome maturation and aim to develop innovative technologies that enhance pathogen elimination through targeted phagosome redirection. lmy.de/EImjS
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This picture shows laboratory glassware, specifically Erlenmeyer flasks containing a liquid culture of a light, milky color. The flasks are covered with cotton plugs, which is a common practice in microbiology to allow air exchange while preventing contamination. They are placed on a metal shaking incubator, which is used for culturing microorganisms under controlled conditions. The background suggests a laboratory setting with bright lighting.
#AllEyesOn our independent junior research group (Epi-)Genetic Regulation of Fungal Virulence! We study Fusarium infections end explore the epigenetic regulation of virulence genes, thereby advancing diagnostic methods to better address this opportunistic pathogen. lmy.de/ffrmW
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This photograph shows a laboratory setting where a scientist or technician, wearing a white lab coat and blue gloves, is handling a specialized piece of lab equipment. Several tubes are connected to small containers filled with a red liquid, possibly a cell culture medium or blood-derived sample. The setup is placed inside a biosafety cabinet or a sterile workbench, ensuring a controlled and contamination-free environment.
#AllEyesOn our independent junior research group Adaptive Pathogenicity Strategies! We explore how the fungus Candida adapts to immune threats during infection while maintaining a commensal lifestyle. Our focus is on the molecular mechanisms that regulate these responses. lmy.de/iHBVW
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This photograph shows a close-up of a hand wearing blue rubber gloves that is holding a petri dish, which is prominently displayed in the center of the picture. The dish contains an almost clear, transparent agar medium with microbial colonies of reddish color appearing as small dots. The background is strongly blurred, but the objects suggest a laboratory environment that is bright and very well lit.
#AllEyesOn our research group Microbial Immunology! We study how Candida albicans shifts from a harmless gut resident to a deadly invader. From fungal morphology to immune interactions, we use different infection models to figure out key mechanisms and improve prevention & treatment. lmy.de/hNtRK
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This image shows a hand in a white glove holding a petri dish with fungal colonies growing on an agar medium. The dish is held in front of a piece of laboratory equipment that emits purple or UV light, likely for imaging or identification purposes. This setup is commonly used in microbiology research to study microorganisms like Candida albicans or other pathogens.
#AllEyesOn our RG Fungal Septomics! We study systemic fungal infections that trigger sepsis – hard to diagnose & often deadly. We investigate how Candida albicans shifts from harmless yeast to invasive filaments and what role the host immune system plays. lmy.de/PTNYp
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The photograph shows an office with a focus on a computer screen displaying graphical data about infections of the mold Aspergillus fumigatus in the human lung. A woman is working at a desk in the background, using another computer, the whole background and the woman are blurred. The office is well-lit with natural light coming from a window, and there are some green plants visible. The workspace looks modern and comfortable.
#AllEyesOn our RG Applied Systems Biology! We use image-based systems biology to model fungal infections, for which we combine microscopy data, AI & simulations. Our open-source tools help unravel host-pathogen interactions, thus driving advances in diagnostics & infection research! lmy.de/pVMhg
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This photograph shows a well-lit workstation with multiple computer screens displaying bioinformatics or computational biology data. One screen features a circular phylogenetic tree, commonly used in evolutionary biology to visualize relationships between species or genes. Another screen displays code that is likely related to data analysis or programming in a scientific context. In the foreground, a keyboard, a pair of headphones, and a person’s hand using a mouse can be seen. The background includes a whiteboard with handwritten notes and equations written with a black marker.
#AllEyesOn our Dept. Paleobiotechnology! We look for new antibiotics by analyzing prehistoric microbial materials, like ancient DNA, and predator-prey interactions. We aim to find new compounds or long-lost natural products that could lead to novel anti-infectives today! lmy.de/QXsFe
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This photograph captures a high-tech laboratory setting where a researcher, wearing blue gloves and a white lab coat, is using an advanced microscope commonly used for imaging biological samples at high resolution. In the background, computer screens display colorful microscopic images with fluorescence-stained samples.
#AllEyesOn our Dept. Molecular and Applied Microbiology! We study fungal infections, microbiomes & natural products. Our research on Aspergillus fumigatus pathobiology, immune evasion & microbial communication helps develop better diagnostics, antifungal therapies & new antibiotics! lmy.de/ABNEk
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#AllEyesOn #YoungFranco
Geboren in Brisbane, begann er seine musikalische Reise in den Clubs seiner Heimatstadt, bevor er sich zu einem aufstrebenden Künstler in der globalen Musikszene entwickelte.
Das Neue Album ist draußen und läuft bei mir gerade rauf und runter...
yay
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This photograph shows multiple stacks of Petri dishes with handwritten labels on some of them. They are filled with a nutrient agar medium. The dishes contain microbial colonies, which appear as small, circular growths scattered across the agar surface.
#AllEyesOn our Dept. Microbial Pathogenicity Mechanisms! We study human pathogenic fungi like Candida albicans & C. glabrata. We uncover how they invade the host, survive, and cause infections. Our research aims to develop new diagnostic tools & antifungal therapies. lmy.de/VbAlM
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This photograph shows a dual-monitor workstation in an office setting. The left monitor with inverted colours displays code written in R, a programming language commonly used for statistical computing and data visualization. The right monitor with conventional colour display shows a network diagram or graph visualization, which suggests the user is working on data analysis, machine learning, or a related field. The workspace is well-lit, with natural light coming from a window with blinds in the background.
#AllEyesOn our Dept. Microbiome Dynamics! We explore how the gut microbiome shapes health & disease, using meta’omics, AI & eco-systems biology. From infections to cancer, we want to develop strategies for personalized therapies & nutrition through cutting-edge research. lmy.de/nExHL
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The photograph shows a laboratory setting. A white gloved hand in the centre is holding a test tube containing a liquid that appears to be separated into two different layers that are visible, a red and a clear transparent liquid. The separation in the test tube could indicate a process like blood centrifugation, where different components (such as plasma, buffy coat, and red blood cells) separate based on their density.
#AllEyesOn our Dept. Infection Immunology! We study the fundamentals of human T cell regulation to develop pharmaceutical targets & adoptive T cell therapies for infections, autoimmunity & cancer – using gene editing, high-dimensional data analysis & patient-based studies for our goals. lmy.de/CuwGi
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This photograph shows a close-up of a laboratory setting where a person wearing blue gloves and a white lab coat is handling a small test tube. The test tube is being placed into or removed from a centrifuge, a machine used to separate substances of different densities by spinning them at high speeds. The background is blurred.
#AllEyesOn our newest department: Deep Microbiome Metabolomics! We investigate how gut microbes interact with drugs, nutrition & human physiology. We use high-throughput screening & omics techniques to analyze microbial metabolism from genes to communities. lmy.de/nmAcf
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This photograph depicts the fermenter hall of the Leibniz-HKI’s Bio Pilot Plant. Complex stainless-steel piping, tubing, valves, and high-tech machinery used for biotechnological processes can be seen. Two male employees in white lab coats and gloves are in the photo. One of them in the foreground is slightly blurred, walking while holding a clipboard, possibly taking notes or monitoring the process. Another person, wearing protective gloves and standing near the center, is operating or inspecting a green centrifuge. The facility has a clean, well-lit environment with large windows allowing natural light to enter.
#AllEyesOn our Bio Pilot Plant! We optimize biotechnological processes, focusing on fermentation and strain optimization. We cultivate microbes at various scales, including high-throughput droplet microfluidics. Our research also covers microbial bioelectrochemistry. lmy.de/xPCcw
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The photo shows a light blue gloved hand handling a metallic frame containing microscope slides with biological samples on them. The frame is being inserted into or removed from a white laboratory instrument, likely used for imaging or analysis. The setting is a laboratory. The gloves and the specialized equipment indicate that the procedure involves precision and sterility.
#AllEyesOn our department Biomolecular Chemistry! We explore bacteria and fungi to study their microbial interactions, discover and identify pharmacologically relevant bioactive compounds or toxins and elucidate their biosynthetic pathways. lmy.de/rBnwi
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