Simple Notes: Hormones are the chemical language the brain uses to tell the body what to do and when to do it. Maintaining a healthy body weight is difficult for many people, and consuming different sorts of foods might make it easier or ...

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In order for cells to produce proteins from their DNA, they first need to create an intermediary molecule called RNA. Maintaining a healthy body weight is difficult for many people, and consuming different sorts of foods might make it easier or ...

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Throughout the day, our brains are constantly transitioning between periods of mellow relaxation and moments of high alertness ... It's normal to lose muscular strength as we age, but numerous diseases cause similar consequences in relatively young people. Hormones are the chemical language the brain uses to tell the body what to do and when to do it.

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Hormones are the chemical language the brain uses to tell the body what to do and when to do it. Long-lasting inflammation is thought to drive many diseases, including cancer and Alzheimer's disease.

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  • In order for cells to produce proteins from their DNA, they first need to create an intermediary molecule called RNA.
  • Throughout the day, our brains are constantly transitioning between periods of mellow relaxation and moments of high alertness ...
  • Maintaining a healthy body weight is difficult for many people, and consuming different sorts of foods might make it easier or ...
  • Long-lasting inflammation is thought to drive many diseases, including cancer and Alzheimer's disease.

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Image References

NIH SciBites: Treating Infertility With a Neural Pacemaker
NIH SciBites: Pinning Down RNA’s Role in Infertility
NIH SciBites: Using Neuroscience to Reverse Obesity
NIH SciBites: A Glimpse Into Neuromuscular Disorders
NIH SciBites: Shining a Light on the Body's Internal Clock
NIH SciBites: A Smarter Way to Silence Inflammation
NIH SciBites: A Deep Dive Into the Brain’s Alert System
NIH SciBites:  Balancing the Brain’s Electrical Signals
NIH SciBites: Using AI to Diagnose Rare Diseases
NIH SciBites From Home: How Dying Cancer Cells Fuel Tumor Growth
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NIH SciBites: Treating Infertility With a Neural Pacemaker

NIH SciBites: Treating Infertility With a Neural Pacemaker

Hormones are the chemical language the brain uses to tell the body what to do and when to do it. Because they are so important ...

NIH SciBites: Pinning Down RNA’s Role in Infertility

NIH SciBites: Pinning Down RNA’s Role in Infertility

In order for cells to produce proteins from their DNA, they first need to create an intermediary molecule called RNA. Like little kids ...

NIH SciBites: Using Neuroscience to Reverse Obesity

NIH SciBites: Using Neuroscience to Reverse Obesity

Maintaining a healthy body weight is difficult for many people, and consuming different sorts of foods might make it easier or ...

NIH SciBites: A Glimpse Into Neuromuscular Disorders

NIH SciBites: A Glimpse Into Neuromuscular Disorders

It's normal to lose muscular strength as we age, but numerous diseases cause similar consequences in relatively young people.

NIH SciBites: Shining a Light on the Body's Internal Clock

NIH SciBites: Shining a Light on the Body's Internal Clock

Read more details and related context about NIH SciBites: Shining a Light on the Body's Internal Clock.

NIH SciBites: A Smarter Way to Silence Inflammation

NIH SciBites: A Smarter Way to Silence Inflammation

Long-lasting inflammation is thought to drive many diseases, including cancer and Alzheimer's disease. Matteo Pavan, a ...

NIH SciBites: A Deep Dive Into the Brain’s Alert System

NIH SciBites: A Deep Dive Into the Brain’s Alert System

Throughout the day, our brains are constantly transitioning between periods of mellow relaxation and moments of high alertness ...

NIH SciBites:  Balancing the Brain’s Electrical Signals

NIH SciBites: Balancing the Brain’s Electrical Signals

The 10 billion cells in the human brain talk to their neighbors by sending electrical signals called spikes. Stephanie Miller, a ...

NIH SciBites: Using AI to Diagnose Rare Diseases

NIH SciBites: Using AI to Diagnose Rare Diseases

More than 30 million Americans live with a rare disease. For these patients, effective

NIH SciBites From Home: How Dying Cancer Cells Fuel Tumor Growth

NIH SciBites From Home: How Dying Cancer Cells Fuel Tumor Growth

Read more details and related context about NIH SciBites From Home: How Dying Cancer Cells Fuel Tumor Growth.