Omnia Health Sciences

Beyond Wellness.
Within Science.

[Omnia Health Sciences @OmniaHealthS]

Water movement. Electrolyte distribution. Membrane transport.

Together, these processes show how cells help maintain fluid balance.

Learn more: https://t.co/00mUSC2vjx
#HumanBiology #HydrationScience

[Omnia Health Sciences @OmniaHealthS]

Hydration depends on how water is distributed inside and outside your cells.

That balance begins with water movement across the cell membrane.

Learn more: https://t.co/00mUSC2vjx
#HumanBiology #HydrationScience

[Omnia Health Sciences @OmniaHealthS]

Maintaining these gradients takes energy.

The sodium–potassium pump uses cellular energy to move sodium out of the cell and potassium in.

Learn more: https://t.co/00mUSC1XtZ
#HumanBiology #CellBiology

[Omnia Health Sciences @OmniaHealthS]

Muscle contraction is also a metabolic signal.

It activates pathways that can increase glucose uptake from the bloodstream into working muscle, helping fuel activity.

Movement changes how muscle handles fuel.

[Omnia Health Sciences @OmniaHealthS]

Movement changes what muscle asks from the bloodstream.

That is part of what makes a contraction a metabolic event.

Save this thread and share it with a friend to get them moving. 5/5

[Omnia Health Sciences @OmniaHealthS]

A muscle contraction does more than produce movement.

It also changes how muscle takes up fuel from the bloodstream.

Here’s the metabolic side of movement. 1/5

[Omnia Health Sciences @OmniaHealthS]

Increased muscle glucose uptake does not guarantee a fall in blood glucose during exercise.

The overall response also depends on glucose released by the liver and the intensity and duration of activity. 4/5

[Omnia Health Sciences @OmniaHealthS]

5/5

Movement changes what muscle asks from the bloodstream.

That is part of what makes a contraction a metabolic event.

Save this thread and share it with a friend to get them moving.

[Omnia Health Sciences @OmniaHealthS]

4/5

Increased muscle glucose uptake does not guarantee a fall in blood glucose during exercise.

The overall response also depends on glucose released by the liver and the intensity and duration of activity.

[Omnia Health Sciences @OmniaHealthS]

An ingredient becomes meaningful in context: what biology is being addressed, what mechanism matters, and what the evidence actually supports.

[Omnia Health Sciences @OmniaHealthS]

1/2 :
When developing a formulation, what should come first?

[Omnia Health Sciences @OmniaHealthS]

Good formulation starts before ingredient selection.

Define the biological need → understand the mechanism → examine the evidence → formulate.

A plausible mechanism is not proof. Formulation should be the output of the reasoning.

[Omnia Health Sciences @OmniaHealthS]

6/6
Put the system together:

Local sensing → enteric processing → digestive responses ↔ communication with the CNS.

Digestion is neural as well as mechanical.

[Omnia Health Sciences @OmniaHealthS]

1/6
Your gut has its own nervous system.

The enteric nervous system (ENS) is built into the gastrointestinal wall — not simply made of nerves arriving from the brain.

[Omnia Health Sciences @OmniaHealthS]

5/6
“Local” does not mean isolated.

The gut also communicates with the central nervous system through extrinsic neural pathways, including vagal sensory routes.