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Preventing a Genetic Crisis, piRNAs Learn New Tricks

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Uploaded on Dec 5, 2011

How do piRNAs learn to silence new transposons? By mating wild male flies with females from the lab, Bill Theurkauf discovers two distinct mechansims that prevent genomic instability.

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  1. 261

    Han et al video abstract.mov

  2. 262

    Deciphering Gene Expression Patterns

  3. 263

    Peluso et al.: Shaping a Morphogen Gradient

  4. 264

    Endoderm formation: not so black and white anymore

  5. 265

    Old Friends with a New Job

  6. 266

    Developmental Cell Chhabra/Mikkola Video Abstract

  7. 267

    Developmental Cell Gao/Krause Video Abstract

  8. 268

    The scent of danger: A 70-year-old puzzle solved

  9. 269

    Mutations in GlialCAM Can Cause the Leukodystrophy MLC

  10. 270

    Developmental Cell Wagner PaperPick

  11. 271

    Developmental Cell Thummel PaperPick

  12. 272

    Andriankaja_Inzé Video Abstract

  13. 273

    Weber/DeSimone video abstract

  14. 274

    Sabine/Petrova video abstract

  15. 275

    Developmental Cell Roostalu/Strähle video abstract

  16. 276

    Glia Take Cannabis to Forget

  17. 277

    Restoring Reality Monitoring in Schizophrenia

  18. 278

    Animation of the bioenergetics governing the mitochondrial electron-transport system

  19. 279

    A Mouse Model for Mitochondrial Deafness

  20. 280

    Risky Decisions: A Role for Rostrolateral PFC

  21. 281

    How Do Sex Hormones Control Behavior?

  22. 282

    RGS4: A New Target for PD Therapy?

  23. 283

    Membrane Tension Maintains a United Front

  24. 284

    Node Assembly & Maintenance

  25. 285

    Bubble templates in rats

  26. 286

    NMDA Receptor Signaling Critical for Habit Formation

  27. Preventing a Genetic Crisis, piRNAs Learn New Tricks

  28. 288

    Migrating Epithelial Cells Tracked by Computer Vision

  29. 289

    A myosin engineered to walk on microtubules shapes fission yeast cells

  30. 290

    Reprogramming Exploits a Chink in Polycomb's Armor

  31. 291

    DNA Loops Drive Digit Development

  32. 292

    Bruchpilot Acetylation Influences Active Zone Structure

  33. 293

    Triangulating the Bases of Guilt Aversion

  34. 294

    Variance as a Signature of Neural Computations

  35. 295

    Small neuronal Ensembles and Free Will

  36. 296

    Cues for Synapse Formation

  37. 297

    Network Oscillations and Information Flow

  38. 298

    How we see black and white

  39. 299

    Network Organization of the Human Brain

  40. 300

    PINK1/Parkin Derails Damaged Mitochondria

  41. 301

    Endoderm Formation: Not So Black and White Anymore

  42. 302

    Deciphering Gene Expression Patterns

  43. 303

    Revitalizing Our View of Heart Development

  44. 304

    Not miRly a Knockout

  45. 305

    Transposon Silencing of Small RNAs

  46. 306

    Evolutionary Divergence in the Hedgehog Pathway

  47. 307

    Bombing My Mind

  48. 308

    When Genetic Instability Is a Good Thing

  49. 309

    Establishing Robust Left-Right Asymmetry in the Vertebrate Embryo

  50. 310

    At the Right Time and at the Right Place: Control of Cytokinesis in Mammals

  51. 311

    A Sticky Wicket: Opposing Functions of p120-Catenin in Development and Cancer

  52. 312

    What Makes an Osteoclast Special?

  53. 313

    Rethinking Embryonic Germ Layers

  54. 314

    Connecting the Dots: Linking Sirtuins and AMPK in Metabolism and Aging

  55. 315

    Differential Hippo Signaling in Early Mouse Embryos

  56. 316

    Guided by the Light: Neutrophil Migration through Zebrafish

  57. 317

    Blebs on the Move

  58. 318

    Understanding Kinetochore-Nucleated Microtubules

  59. 319

    Linking a Viral Protein to Plant MicroRNA Function and Development

  60. 320

    Another Reason to Eat Your Veggies

  61. 321

    Multisensory Plasticity in Mothers

  62. 322

    Portabella: A New Player in Neurotransmission

  63. 323

    Multiple Roles for Oligophrenin at the Synapse

  64. 324

    Endocytosis Promotes Dendrite Growth

  65. 325

    Wnt signaling in Frontotemporal Dementia

  66. 326

    Breaking Bcr-Abl Resistance

  67. 327

    Chivalrous insects

  68. 328

    Prediction Enhances Olfactory Processing

  69. 329

    New Model for Autism Treatment

  70. 330

    Bioluminescent millipedes

  71. 331

    Myc and Multiple Myeloma: Drugging the Undruggable

  72. 332

    A New Way to Make Induced Pluripotent Stem Cells

  73. 333

    Cadherin Control of Dendrite Number

  74. 334

    How Does CaMKII Sense Specific Calcium Waves?

  75. 335

    POMC Neuron Heterogeneity

  76. 336

    Interferons—Provoking Distinct Signals through the Same Receptor

  77. 337

    Cytokinesis Swings into the Cell's Center

  78. 338

    Nematode escape from fungal traps

  79. 339

    Abstract Category Learning

  80. 340

    Snakes on the DNA Plane

  81. 341

    Object Representations in Visual Agnosia

  82. 342

    Cav1 Shapes the Matrix to Guide Metastasis

  83. 343

    Cornstarch and the Metaphase Spindle - More Related than You Might Expect

  84. 344

    Bidirectional Transcription and Antisense Repression of ataxin-7

  85. 345

    Pessimism in honeybees

  86. 346

    Keeping Gray Hairs at Bay, Wnt Coordinates Color with Growth

  87. 347

    Neuronal Microcircuits Underlying Spatial Cognition

  88. 348

    Synapse Number Regulates Alcohol Sensitivity

  89. 349

    Malaria Channels Host Nutrients

  90. 350

    Simulation of the Clock and Wavefront Mechanism

  91. 351

    Sequential and Rhythmic Production of Somites

  92. 352

    Imaging Clock Oscillations in the Mouse Embryo

  93. 353

    Clock and Wavefront Model for Vertebrate Segmentation

  94. 354

    Morph of Plant Embryo Development

  95. 355

    A Free Lunch for Malaria

  96. 356

    BRCA2 Bandages Stalled Forks

  97. 357

    Mixing and matching floral traits

  98. 358

    A Gene-by-Gene Guide to a Complex Organ

  99. 359

    Extrinsic Cues in Neuronal Polarity

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