Advanced Search   Search Tips		Life Sciences  The Structure of XPD Sheds Light on Cancer and Aging The role of a unique DNA-repair protein in multiple diseases A Protein that Triggers Aggressive Breast Cancer Irregular Exercise Pattern May Add Pounds Innovator Award to Berkeley Lab's Joe Gray for Improved Breast Cancer Screening Where Broken DNA is Repaired Exploring the Dark Matter of the Genome Sequencing Unravels Secrets in the Complex Heterochromatin of the Fruit Fly Berkeley Lab Life Sciences Awarded NIH Grants for Fruit Fly, Nematode Studies Vigorous Exercise Keeps People Thin with Age A New Target for the Treatment of Breast Cancer: Berkeley Scientists Find A Potential New Way for Stopping Tumor Proliferation Regulating the Nuclear Architecture of the Cell New Clues to How Sex Evolves Berkeley Cancer Genome Center to Study Tumor Genomics Tissue Geometry Plays Crucial Role in Breast Cell Invasion A Ruler of Gold and DNA New tool could expedite scientists’ push to learn how genetic information is processed Berkeley Lab Life Scientists are Leaders in Team to Detect Cancer by Studying Proteins in the Blood National Cancer Institute Announces Grants for Studying Clinical Proteomic Assessment for Cancer Quantum Dots Pose Minimal Impact to Cells Molecular DNA Switch Found to be the Same for All Life Online Fitness Tool Takes People on a Journey Across America Revealing the Secrets of WRN The Unique Protein Responsible for Werner's Syndrome Aids Research in Cancer and Aging Learning About Sex From an Elegant Worm New Insights Into Protein Synthesis and Hepatitis C Infections Picking Particles Faster Than One at a Time A New Algorithm Automatically and Dependably Selects Images of Molecules for "Crystallization in Silico" Discovering the First Steps in Transcription-Coupled Repair An Important DNA Repair Mechanism Linked to Premature Aging Yields its Secrets Bad Cholesterol: Genes Make the Difference Cancer Comes Full Circle Discovering the pathways by which the same factors that disrupt the structure of breast tissue cause cancers to develop The Making and Breaking of Microtubules How a Nucleotide Controls the Flexibility of Tubulin Finding an Alzheimer's Switch An Unsuspected Protein Regulates the Production of Plaque-Forming Peptides Nano-Probes Allow an Inside Look at Cell Nuclei Potter Street: A New Address for the Biosciences Key Mechanism in Genetic Inheritance During Cell Division Identified Solving the Mechanism of Rett Syndrome How the First Identified Epigenetic Disease Turns on the Genes That Produce its Symptoms The Telomere Crisis: A Crucial Stage in Breast Cancer Good News For Anticancer Drug Designers Promising Families of Drugs Combat the Spread of Tumors in Different Ways Tracking Cancer in 3-D, One Cell at a Time Revealed: How a master protein remodels chromosomes to orchestrate gene expression Biosig: A Program To Find New Meaning In Microscope Images A RARE PROTEIN MUTATION OFFERS NEW HOPE FOR HEART DISEASE PATIENTS New Findings on Breast Cancer Reported at AAAS NEW SECRETS OF CELL DIVISION: Familiar Proteins Play an Unsuspected Role Architecture of a Cell-Membrane Water Channel: High Resolution Unveils Secrets of Specificity and Speed National Tritium Labeling Facility To Close In December, 2001 A New Way to Visualize Cells and Nuclei Research Team Unfolds and Refolds Single Molecules of RNA Extreme Low-Fat Diets Can Increase Heart Risk For Some Individuals Seeing the Cell Nucleus in 3-D The Machinery of Life: Gaining Insight Into Structure & Function of Proteins Robotics That Grow Crystal Proteins for Experimentation Electron Microscopy & Spectroscopy Techniques for Creating 3-D Images of Proteins Computational Tools for Deciphering Molecular Dynamics of Proteins Investigating the Biochemical Circuitry of a Cell Unique Study Reveals Details of How Genes Are Transcribed A New Way To Engineer Cells: The Staudinger Ligation New Method To Label Nucleic Acids Could Lead To Novel Therapies Advanced Light Source Reveals Secrets of Ribosome Structure Start-up Firm Licenses Lab's Fluorescent Biological Probe Protein Structure Central to Cystic Fibrosis Solved Rare Birth Defect Linked to Cellular DNA Damage Response Siberian Journey: On the Trail of Ancient Microorganisms Breakthrough in X-Ray Microscopy Opens New View Inside Living Cells Protein Structure Initiative Relies On X-Ray Crystallography Artificial Cell Membranes Hold Promise for Medical Use Berkeley Scientists Develop Mouse Model For Sickle Cell Research Graham Fleming to Head New Physical Biosciences Division Learning Disorder Gene in Down Syndrome Identified New Clues To How Body Repairs DNA Damage Result From Investigation Of Rare Hereditary Disorder Gene Discovered that Predisposes Individuals to Atherosclerosis Three-Dimensional Image of Retroviral RNA Structure Produced Secret of RNA's Versatility Unlocked by Researchers Aspartate: The Secret to How Cells & Microorganisms Sense & Respond to Their Environment Ocean Bubbles May Have Triggered Birth of Living Cells on Earth Probing the Structure of Complex Biological Molecules Using Equations to Determine Molecular Structures First Images of Taxol Binding Site Produced at Berkeley Lab Mystery of Vital Cell Protein Solved After 30 Years New Test Identifies Cells with Link to Both Aging and Cancer Tabletop Device Accelerates Search for New Scintillators Scintillators Rare in Nature but Abundant in Their Usages Cholesterol Research Center Joins Lab With Hospital Biomedical Imaging to be Extended by New Biomedical Isotope Facility