Keyword: Whitehead Institute

A Journey Begins

A New Methodology for Protein Design

A Penetrating View: Seeing Fine Nerves in a Zebrafish Tail

Airway Awry

Airway Two Ways

Allelic Heterogeneity of DNA Methylation 1

Allelic Heterogeneity of DNA Methylation 2

An Infection Takes Flight

Brainbow Hippocampus

Breaking Out: Cancer Cells Cross the Barrier

Breast Cancer Cells Invade the Lung

Building New Models of Neurological Diseases

Cafe Neuro: Visualization of Forebrain Neurons

Cancer Cells Assemble a Network

Cancer Cells Create Invadopodia

Categorizing Dysfunction in the Airway Epithelium 1

Categorizing Dysfunction in the Airway Epithelium 2

Categorizing Dysfunction in the Airway Epithelium 3

Cells Begin to Fuse

Cellular Trash Bags

Cerebral Organoids Reveal Mitochondrial Defects 1

Cerebral Organoids Reveal Mitochondrial Defects 2

Cerebral Organoids Reveal Mitochondrial Defects 3

Cerebral Organoids Reveal Mitochondrial Defects 4

Cerebral Organoids Reveal Mitochondrial Defects 5

Cerebral Organoids Reveal Mitochondrial Defects 6

Cogs in Cosmic Clockwork 

Combinations and Commonality: Studying Differentiation of Cells

Cosmic Isthmus

Crystal Surprise: Preciptating Protein Takes the Shape of a Brain

Cytoskeletal Architecture of Cancer Cells

Diversity of Cells in a Tumor

Dividing Together

DNA-Depleted Mitochondria 1

DNA-Depleted Mitochondria 2

DNA-Depleted Mitochondria 3

Drosophila Adult Ovary

Drosophila Larva Ovary

Drosophila Nurse Cells

Duct Duct Goose 2

Duct Duct Goose 3

Duct Duct Goose 4

Duct Duct Goose: Chasing Down Answers in Developmental Biology

Epigenetics Express: Tracking DNA Methylation in Real Time

Epithelial Jewels 1

Epithelial Jewels 2

Epithelial Jewels 3

Every Rosette Has its Thorn: Maintaining Stability in a Mutable World

Extravasion of Tumor Cells 1

Extravasion of Tumor Cells 2

Five Views of a Developing Nervous System

Flatwork Regeneration 1

Flatworm Regeneration 2

Flatworm Regeneration 3

Flatworm Regeneration 4

Forgotten Island 

Four Leaves

Friend or Foe? Wound-Healing Cells Quarantine Foreign Materials

Getting "Ahead" of Zebrafish Development

Gland of Opportunity 2: Modeling the Mammary

Gland of Opportunity 3: Modeling the Mammary

Gland of Opportunity: Cell Biology Branches Out

Grains of Truth: Evolution Shapes Cells

Hit the Ground Running: Cancer Cells Metastasize the Lungs Early Upon Dissemination

Human Microglial Cells in the Mouse Brain 1

Human Microglial Cells in the Mouse Brain 2

Human Microglial Cells in the Mouse Brain 3

Human Microglial Cells in the Mouse Brain 4

Imaging A Zebrafish Brain

Imaging a Zebrafish Brain 2

Imaging Immune Response to Cancer and Treatment 1

Imaging Immune Response to Cancer and Treatment 2

Induced Human Neurons Derived from Stem Cells

Interaction of Seed Components

Interactions Among Diverse Tumor Cells

Keeping Abreast of Stem Cell Differentiation

...Like Clockwork

Lysosomal Biology in the Mouse Brain 1

Lysosomal Biology in the Mouse Brain 2

Macrophages Interact with Mesenchymal Cells

Making Heads of Tails of Breast Cancer 1

Making Heads of Tails of Breast Cancer 3

Making Heads of Tails of Breast Cancer 4

Mammary Gland Development in 3D

Mammary Gland Development in 3D

Mammary Gland Development in 3D

Maturation of Fragile X Neurons

Meiotic Initiation in Spermatogenesis

Metastatic Breast Cancer Bursts a Blood Vessel

Mitochondria in the Mouse Brain 1

Mitochondria in the Mouse Brain 2

Mitochondria in the Mouse Brain 3

Mitochondrial Perspectives on Aging 1

Mitochondrial Perspectives on Aging 2

Molecular Watercolor: Mixing Fluorescent Proteins to Label Families of Cells

Mothership Connection 

Multicolor Labeling of Pluripotent Stem Cells

Muscle Cell Differentiation in Action

Muscle Fibers Network in the Planarian

Mutant Lamina 2

Mutant Lamina 3

Mutant Lamina 4

My Geode Must Be Acknowledged

Neon Uzumaki 1

Nothing to Sneeze At: Inspiration and Respiration in a Dish

Nucleotide Pool: Understanding Disruptions in Cell Division

Pancreatic Beta Cell Differentiation

Parasite Burst 1

Parasite Burst 2

Parasite Burst 3

Parasites in the Nest

Parasites Replicate Inside a Host Cell

Parasites Replicate Inside Human Cell Hosts 1

Parasites Replicate Inside Human Cell Hosts 2

Peering Inside a Developing Brain

Planarian Brain and Eyes

Planarian Muscle Fibers in Motion

Planarian Nervous System

Planarian Nervous System Flower

Planarian Tissues & Stem Cells

Proliferation of Germ Cells

Proteins Control Gene Expression 1

Proteins Control Gene Expression 2

Que Sera, Sera

Replicating Parasites 1

Replicating Parasites 2

Replicating Parasites 3

Replicating Parasites 5

SARS-CoV2 Infection, Image 1a

SARS-CoV2 Infection, Image 1b

SARS-CoV2 Infection, Image 1c

SARS-CoV2 Infection, Image 1d

Signaling for Cell-Matrix Adhesion

Snap ChAT: A Flatworm Creates a New Profile

Spermatid Polarization

Stem Cells Grown on Microdot Plates, Version #1

Stem Cells Grown on Microdot Plates, Version #2

Stem Cells Grown on Microdot Plates, Version #3

Stem Cells Grown on Microdot Plates, Version #4

Stem Cells Grown on Microdot Plates, Version #5

Stress, Starvation, and Survival: A Double Membrane View

Stress, Starvation, and Survival: Autophagy in Action

Studying Patient Brain Cells in a Dish: Hope for Neurological Diseases 

Studying Patient Brain Cells in a Dish: Hope for Neurological Diseases 1

Synchronized Spermatogenesis 1

Synchronized Spermatogenesis 2

Synchronized Spermatogenesis 3

Tail as Old as Time: Germ Cell Development in the Fruit Fly

Testing the Function of Induced Cells

The Halloween Tree

The Twists and Turns of Vascularizing the Gut

There’s Always MERFISH in the Sea 1

There’s Always MERFISH in the Sea 2

There’s Always MERFISH in the Sea 3

There’s Always MERFISH in the Sea 4

There’s Always MERFISH in the Sea 5

Through the Ages: Exploring Mitochondrial Shape and Function

Tumor Cells Interact with Immune Cells

Up Where We Oblong 

Vascularized Pancreas Organoid

We Grow Together 1

We Grow Together 2

We Grow Together 4

Where the Shadows Run from Themselves

Where the Wild Types Are: Exploring the Roots of Developmental Biology