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  • News Items
    • Cancer Medications Learn to Hide
    • Six fingers per hand
    • How Complex Cells Developed
    • Moss saves moorlands
    • Ways of Researching the Brain
    • Roaming free despite a walking impediment
    • Nano-switches in the cell
    • Green Apothecary
    • The Dragon Tree as Model
    • How Immune Cells Activate the Killer Mode
    • How Photosynthetic Cells Deal with a Lack of Iron
    • "Citizen Science" - herbivores and their enemies
    • Building New Moss Factories
    • A question of time
    • Lightning Fast Trappers
    • Signalling Researcher Wilfried Weber Receives ERC Advanced Grant for Living Materials
    • How crops can better survive floods
    • Same behavior outdoors and in the lab
    • Samstagsführungen im Botanischen Garten
    • Cholesterol Boosts the Memory of the Immune System
    • Tiny Molecules Preserve Stem Cells
    • Exposed Region Is Indispensable
    • New Probes for the Brain
    • Suicidal Bacteria
    • Gute Bewertungen für naturwissenschaftliche Disziplinen
    • Dynamic New Connections
    • Gehirn trifft Technik
    • Einer der ersten Darwinisten
    • Technology for the Brain
    • Model for Signaling in Plants
    • Grüne Entdeckungsreise
    • Ein Chromosom ist kein Zufallsknäuel
    • Immunity and Autoimmunity
    • Wasserkreisläufe verstehen und Blumentöpfe bemalen
    • Ein hilfsbereites Protein als Torwächter
    • When Cells Are Consumed by Wanderlust
    • Embedded nerve cells hold the key to brain activity
    • Ehre für gute Lehre
    • Moss beats Human
    • The Developmental On-Switch
    • A Protein Provides Stress Relief
    • Research with the Moss Bioreactor
    • Von der Verwandtschaft lernen
    • Freiburger gehört zu besten jungen Wissenschaftlern
    • Was im Kopf einer Fruchtfliege vor sich geht
    • Baukasten Lebewesen
    • Halftime for Mosses as Measuring Devices
    • Danger: Slippery Surface!
    • Lernen von der Natur
    • Toxin Kills Using Dual Mechanism
    • Nano-Landschaften am Schluchsee
    • Nach dem Vorbild der Paradiesvogelblume
    • Einsatz für die Pflanzensoziologie
    • Modellökosysteme am Flughafen
    • An Genen schrauben, den Horizont erweitern
    • Dialoge zur Neurowissenschaft
    • Höhepunkte der Forschung
    • Naturstoffe, Männerbünde, Transportproteine
    • Ausgezeichnete Ideen
    • The Oracle of the T Cell
    • Vom Knochen zur Stahlbetondecke
    • Science: Die Wissenschaft der Geräusche
    • Cellular Shipping Port
    • A Sharper View into the Brain
    • Wie Krankheitserreger mit dem Immunsystem wettrüsten
    • Warum Fische beim Schwimmen nicht abdriften
    • Wilfried Weber erzielt mit Impfschutz-Erfindung ersten Platz beim Innovationspreis
    • Crippling rhythms of Parkinson
    • Freiburg Scientist is awarded the Paul Ehrlich and Ludwig Darmstaedter Prize
    • Biologisches Design, molekularer Aufbau von Ionenkanälen
    • Scientists Unravel First Termite Genome
    • Tumor Killer in Top Form
    • 100 years Botanic Garden in Herdern
    • Finding thoughts in speech
    • Nanoscale Ruler reveals Organization of the Cell Membrane
    • Sugar Protects Cells from Bacterial Invasion
    • A Sweet Pathway into the Cell
    • Faculty day 2014
    • Nachwachsende Rohstoffe nachhaltig nutzen
    • Unraveling the chemical mystery of saffron
    • New research focus on brain diseases
    • Zipper Triggers Bacterial Invasion
    • Travelling by resonance
    • Mosses survive climate catastrophes
    • Biodiversity does not always improve resistance of forest ecosystems to drought
    • A small molecule with a high sun protection factor
    • The Recording of the Masses
    • "Cerebromatics" Video Essay Now Online
    • Grüne Lunge des Planeten verändert sich
    • Sugar for synthetic cells
    • Die geheime Sprache der Pilze
    • Driving tumour cells to their death
    • From Moss to Mouse
    • Attaching the Propeller
    • Patent against malnutrition
    • Research Building for Brain-Machine Interfaces
    • To Go or Not to Go?
    • Networks for vision
    • Molecular Chaperones Help with Folding
    • Stem Cell Switch on the Move
    • Input matters!
    • Kopierer für Biomoleküle ausgezeichnet
    • Wire together, fire together
    • Fine Tuning in the Brain
    • Age and Fertility in Social Insects
    • Toxin from Salmonid Fish has Potential to Treat Cancer
    • Faculty day 2015
    • New curricula for a valuable resource
    • Traffic jam in the cell
    • A glimpse into the nanoworld of lymphocyte cell membranes
    • New Protein Found in Immune Cells
    • October 12, 2015: Information event "Bachelor of Science Biology" and "Teaching Degree Program Biology"
    • October 13, 2015: Information event "Master of Science Biology"
    • Jürgen Manchot Research Professorship for Michael Reth
    • Maintaining Biodiversity in the Forests of Central Europe
    • Brain Networks under Attack
    • Green light for trinational NeuroCampus
    • No sex required
    • Meeting the Demand for Specialists
    • Closed-loop stimulation promises fewer side effects
    • Shedding Light on Bacteria
    • To Prevent Cancer in Butterfly Disease Patients
    • Woodlands in Europe: more tree species, more benefits
    • A Pair of RNA Scissors with Many Functions
    • Molecular structure of one of the most important receptors in the immune system unraveled
    • Gamma delta T cells can fight aggressive breast cancer
    • Molecular Feedback-Loop for Plant Growth
    • Successful signalling science in Freiburg
    • Between the field, the lab and his computer
    • How Cells Find the Right Partners
    • Green Triggers
    • A Varied Menu
    • Space for researching man-machine interfaces
    • Antibodies and Awards
    • Bacterial Protein Impairs Important Cellular Processes
    • Flipping the switch to stop tumor development
    • Puzzling over cell molecules
    • Dancing Neurons
    • Species extinction destroys the ecosystem
    • The Resistance of the Vine
    • How the brain rewires itself during learning
    • In the Running for Two Clusters
    • Safety Is What’s Important, Not How Things Are Developed
    • Climbing like ivy
    • Plant structures inspire cool concepts
    • Carbon Storage from the Lab
    • How Plants Measure Temperature
    • Crucial step identified in the conversion of biomass to methane
    • How the brain differentiates between planned and actual movement
    • On the Path to Vitamin A in Rice
    • Maternal and paternal cooperation
    • A gene provides both protection and destruction
    • Shining new light on the pineal gland
    • Combatting cancer with biological circuits
    • July 22, 2022: Biology Faculty Day
    • Switching to Light
    • Freiburg chemist receives prestigious distinction
    • Thermal motions and oscillation modes determine the uptake of bacteria in cells
    • Motile Sperm and Frequent Abortions in Spreading Earthmoss
    • Natural Sciences and Languages in Top Group
    • A Link in Evolutionary Theory
    • Carl-Zeiss-Stiftung supports research project on wood-based materials at the University of Freiburg
    • Cytoskeleton acts as cells’ bouncer for bacteria
    • Deriving Inspiration from the Dragon Tree
    • New insights into the movement of pine cone scales
    • "FreiPose" enables measurement of neuronal activity during the movement of individual body parts
    • Flavins keep a handy helper in their pocket
    • Great Honor for Michael Reth
    • The teachings of sound and noise
    • New findings on neuronal activities in the sensorimotor cortex
    • Between the Mediterranean and Münster
    • A Small Protein in Bacteria Overlooked Up to Now
    • Application for the M.Sc. Biology from March 1 until July 15
    • Key enzymes for synthesizing natural products
    • How insects detect color
    • What articulation-relevant brain regions do when we listen
    • Honorary Medal for Michael Reth
    • Biological signalling processes in intelligent materials
    • Collecting and pressing
    • Novel strategy for natural product biosynthesis
    • Incentive to Move
    • Absolute academic freedom and promotion of early career phases
    • Opening the cavity floodgates
    • Nature’s traces
    • Birds of a Feather Flock Together?
    • An AI Robot for Pipetting
    • Welcome Back to the Green Oasis
    • New Model of T Cell Activation
    • Freiburg students win gold medal for improving the biosynthesis of chemical compounds in bacteria
    • “The Gene of the Week” Receives Special Prize
    • How cells get moving
    • Sensory Stimuli Control Dopamine in the Brain
    • Cell division in moss and animals more similar than previously thought
    • Habilitation in five years
    • Identifying Brain Regions Automatically
    • The Social Evolution of Termites
    • Anti-cancer drug’s mode of operation deciphered
    • 6.8 million euros go to doctoral programme for immunology
    • Competing bursts
    • Flourish with Seed Money
    • Teaching for the future - IDA for a cooperative project between chemistry and biology
    • How Viruses Enter Microorganisms
    • Closing the Gate to Mitochondria
    • How to target a gene
    • A better understanding of plant life
    • How protein islands form
    • A Matter of Concentration
    • Immunobiology in 280 characters or less
    • Survival Artists in the Antarctic
    • Signaling Research for Kids
    • Mother-Child Communication in Plants
    • The Origin of Stem Cells
    • SARS-CoV-2 detection in 30 minutes using gene scissors
    • A green oasis celebrates its birthday
    • Heisenberg Professorship for Susana Minguet García
    • Personalize your medication dosages
    • How Neural Circuits Implement Natural Vision
    • How Embryo Cells Gain Independence
    • Two first prize winners of the Bernstein-CorTec Award
    • Helpful Oxygen Carriers
    • Sustainability: From Pioneer to Paradigm
    • Tumor induction from a distance
    • Organic Chemistry Bootcamp – it’s Elementary
    • Helping to Transport Proteins Inside the Cell
    • “Spaghetti” gel acts like tissue
    • Traffic Light in the Brain
    • Light in the black box
    • Two new research areas at the Freiburg Institute for Advanced Studies (FRIAS)
    • Programmable structures from the printer
    • Color processing in the tiny brain of fruit flies
    • Towards the Sun
    • Switch Off the Immune Brake
    • Model for sustainable construction using natural fibers
    • Loop, Resonate, and Accelerate!
    • Freiburg Biologists Explain Function of Pentagone
    • Global biodiversity in crisis - what can Germany and the EU do about it?
    • Forest Biodiversity and Cellular Transport
    • Light for Root Development
    • Proteins control light-induced seed germination in Arabidopsis thaliana
    • From Soldering Iron to Molecular Switch
    • The Space-Time Fabric of Brain Networks
    • One hundred percent success
    • Better understanding communication between neurons in the brain
    • Protein molecules in mitochondria clearly assigned for the first time
    • How the giant sequoia protects itself
    • Evolution of Cellular Power Stations
    • The artificial trap
    • Heisenberg funding for Anne-Kathrin Classen
    • A remote control for gene transfer
    • Communication between neural networks
    • 2.3 Million Euros for Young Researchers
    • Artistic bacterial cultures
    • Combatting hunger through not-for-profit project
    • Braking and Accelerating
    • Pseudomonas aeruginosa Bacteria produce a molecule that paralyzes immune system cells
    • Signaling Pathways to the Nucleus
    • Discovering, counting, cataloguing proteins
    • Like tentacles catching fish
    • Not all wounds heal according to plan
    • Hard defense, soft on the finish
    • Nothing more than clay on the brain
    • Traffic control of cells
    • Measuring Pipettes and Bacterial Cultures
    • Researchers and plant hunter-gatherers
    • Controlling plant processes with light
    • Soundscapes, Cancer Cells, Archaea
    • Exhibition in the Botanical Garden: “New Wildlife - Globalization in the Plant Kingdom”
    • Two Freiburg Cluster Initiatives Prevail in Excellence Competition
    • The Secret of a Long Life
    • Virtually Captured
    • Cancer cells often overlook the stop signs
    • Crisp and Young, Like the Queen
    • Conifer cones bear their ages well, and still move it
    • New receptor found on scavenger cells
    • Four Centuries in Images and Text
    • Brief Bursts, Big Insights
    • Bacteria can boost the fitness of their host
    • Bee navigation
    • The Protective Layer of Prehistoric Land Plants
    • „A Showcase for Neuroscience“ – Brain Awareness Week 2017
    • Biologists Discover Origin of Stomata
    • How to get rid of proteins
    • Single-Neuron Properties and Network Dynamics
    • Against Peatland Loss
    • How the waterwheel plant snaps
    • Plant diversity up close and personal
    • Subcontracting Genetic Scissors
    • How plants see light
    • More than just genetic code
    • Sugar-based inhibitors disarm the pathogen Pseudomonas aeruginosa
    • An excursion to the varied world of plant life
    • New in eNEURO: Web-based application facilitates use of advanced simulation tool NEST
    • Binding with consequences
    • Green revolution for grains
    • E-learning Sponsorship Award is Shared for the First Time
    • The medical benefits of nature
    • Six square meters and a green screen
    • A holodeck for flies, fish and mice
    • University of Freiburg Launches Master in Neuroscience
    • Insights into hippocampal network function
    • High-resolution wing beats
    • Velcro for human cells
    • Anti-freeze for cell membranes
    • Three New Consolidator Grants at the University of Freiburg
    • How Plants Find Their Symbiotic Partners
    • Newly discovered surface structures may affect immune function
    • How the Immune System Becomes Blind to Cancer Cells
    • From the somatic cell to the germ cell
    • Prof. Sonja-Verena Albers is new members of Leopoldina
    • A Quarter of a Century of Cooperation
    • Using Gene Scissors to Detect Diseases
    • 13. Mai 2023: B³ - Berufsbilder für Biolog:innen

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