Analyze & Optimize Profile picture
Jan 12, 2024 20 tweets 9 min read Read on X
You WILL NOT have good digestion… without addressing this first.

The key to relieving your indigestion, constipation, and bloating may be where you least expect it.

Let’s talk about it:Image
Imagine each cell in your body as a clock, ticking in perfect harmony with a 24-hour day.

This isn't a sci-fi concept—it's the essence of our circadian system, an intricate network that aligns our physiology with the day-night cycle.Image
Circadian clocks are proteins, establishing self-sustaining rhythms that govern our body on a cellular level.

They're in almost every cell and are pivotal for maintaining a balance that reflects the natural world's cycles.

The SCN, sitting in the hypothalamus of the brain, is the master timekeeper. It uses LIGHT as a primary signal.

It orchestrates the diverse rhythms of countless cellular clocks across our body, ensuring our biological processes resonate with the time of day.

This ensures that processes like hormone secretion, metabolizing food, and our sleep patterns follow a timetable.

This is ESPECIALLY important for digestive function.

Let's get into why, and what you can do about it.Image
The gut is particularly sensitive to our circadian rhythm.

The circadian clocks in the gut need that regularity, and when it's lost, we see disturbances in GI health.

The production of saliva is one example.

During the day, the flow rate of saliva and its composition show diurnal variations, which are regulated by the “clocks” within our salivary glands.

Saliva is absolutely critical as the first line of digestion and sterilization of our food from pathogens.

Dysregulated saliva production is a good way to set yourself up for an irritated gut from undigested food and bacteria.Image
Stomach acid is even more important for eliminating bacteria and breaking down our food into its bare essentials.

It, too, depends on the circadian rhythm for optimal function.Image
Studies also highlight a circadian control in the tide of carbohydrate digesting enzymes, synchronizing with feeding schedules.

Given that many experience carbohydrate maldigestion symptoms, this is critical to understand.

This even includes the lactase enzyme, which is of course suspected to be downregulated in “lactose intolerance.”

Perhaps the key to digesting your milk better is simply having it at a different time of day.Image
Image
Image
The absorption of fat, peptides derived from protein, and carbohydrate all depend on the circadian rhythm as well.

A lack of nutrient absorption not only sets you up for deficiencies, but also means greater residue left over in the colon, which can lead to irritation and bacterial overgrowth, driving a myriad of symptoms.Image
Image
Bile acids are critical for fat digestion, the absorption of fat as well as fat soluble vitamins, have key antimicrobial properties and also are players in the detoxification process.

They also are under circadian control.Image
Our gastrointestinal motility follows a daily pattern too.

Maintaining proper motility is absolutely essential for having proper digestion, to keep things moving along and to not allow food and bacteria to marinate and fester in your gut just sitting there, leading to gas buildup, bloating, and pain.

From the stomach all the way down the GI tract, motility displays distinct rhythms, controlled by our biological clocks.Image
Image
Image
This can be seen in people who have to work night shifts and consequently have disrupted circadian rhythms: they have dysregulated motility.

Their altered internal timings may contribute to a lower threshold for discomfort and greater bowel sensitivity.
Image
Image
Personally, I’ve noticed with myself and others who I’ve worked with that getting up to see the sunrise can massively impact gut motility and the quality / frequency of bowel movements.

The body is used to having one in the morning, but it has trouble if it doesn’t know it’s morning!Image
Additionally, the gut secretes multiple factors that protect against excessive dysbiotic bacterial growth, again mediated by the circadian rhythm.

The antimicrobial peptide Reg3γ is known to exhibit circadian oscillations in the small intestine, and throwing this rhythm off might make the host more susceptible to overgrowth.Image
Alkaline phosphatase, an enzyme responsible for the detoxification of several bacterial toxins such as endotoxin, also fluctuates throughout the day.Image
Secretory IgA is another key factor in intestinal immunity, essentially binding up bacteria and preventing them from setting up shop and creating an infectious milieu in the intestine.

IgA ALSO ebbs and flows throughout the day, depending on proper circadian rhythm.Image
All of this culminates in the observation that people with circadian disruptions suffer from all types of digestive issues.

For example, the risk of IBS and abdominal pain are significantly higher in rotating shift workers.Image
Image
People with IBS almost always have a component of high serotonin, and this corresponds with a decreased conversion into melatonin.

Serotonin antagonists and melatonin supplementation can put IBS into remission with great frequency.Image
Image
The most important things you can do to optimize this facet of your digestion:

1. Try to keep a relatively consistent sleep / wake time (not at the expense of having a fun life though), ideally around the natural rising and setting of the sun
2. Getting outside as much as possible, especially at sunrise and sunset
3. Having approximately regular meal times
4. NOT skipping meals when hungry (your body is ready to eat at that TIME)
If you want some help in solving any gut issues, or just optimizing your metabolism in general, we've just launched our premium consulting platform, PRISM, where our team can help you. Schedule a free consult here to hear more about it! prism.miami/get-started
Thank you for reading along. Hopefully this was helpful and you can use this info to improve your digestion.

Toss us a RT if you’re so inclined, helps us a lot.

Be sure to check out all of our content and supplements, as well as ways to donate, over at lnk.bio/analyze.and.op…

• • •

Missing some Tweet in this thread? You can try to force a refresh
 

Keep Current with Analyze & Optimize

Analyze & Optimize Profile picture

Stay in touch and get notified when new unrolls are available from this author!

Read all threads

This Thread may be Removed Anytime!

PDF

Twitter may remove this content at anytime! Save it as PDF for later use!

Try unrolling a thread yourself!

how to unroll video
  1. Follow @ThreadReaderApp to mention us!

  2. From a Twitter thread mention us with a keyword "unroll"
@threadreaderapp unroll

Practice here first or read more on our help page!

More from @Outdoctrination

Sep 8
Fatty liver was completely reversed using one simple, cheap supplement, in a fascinating study.

(🧵1/8)Image
Image
This was a small experiment done in the late 90s, and somehow it's never been investigated since clinically.

They gave children 2-6g of taurine per day for several months, in some cases over a year.

(2/8) Image
Taurine quickly reduced markers of liver damage.

The levels of ALT dropped dramatically - a key blood marker of liver damage.

This was true whether or not the children lost weight along the way.

(3/8) Image
Image
Read 9 tweets
Sep 7
This is the MOST important thing to understand about health.

The antioxidant system protects you from every disease + aging.

But antioxidants aren't just about berries and chocolate.

Here's what you need to know to make yours in the top 1%

(🧵1/26)Image
Why do we need antioxidants?

Every moment we are exposed to what are called reactive oxygen species (ROS).

These are molecules related to oxygen that are highly reactive, and:

◈ Damage every structural component of the cell (proteins, lipids, DNA)
◈ Dysregulates cell signaling
◈ Turns on inflammation
◈ Shuts down energy production

Literally every single disease is driven by these processes - collectively known as oxidative stress.

I can't stress enough how important it is.

(2/26)
Where do these ROS come from?

1. The mitochondria during energy metabolism (main source)
2. Heavy metals / toxins
3. Inflammation
4. Radiation

and some other sources as well.

You will have ROS production, it's inevitable.

The question is how to limit their excessive production and

Luckily, we have a network of multiple different parts that protects us against them.

Let's get into some of the key nutrients

(3/26)Image
Read 26 tweets
Sep 7
Vitamin C can reduce cortisol by ~40%, according to a critical new study.

(🧵1/7)Image
This study was published last year, examining the effects of 1g of vitamin C per day in people with high stress hormones.

Vitamin C is known to be stored in the adrenal glands and released in times of stress.

A few previous studies suggested adding vitamin C could lower cortisol.

(2/7)Image
There were 3 groups.

Group 1: high cortisol + normal DHEA-S

Group 2: high cortisol + high DHEA-S

Group 3: normal cortisol + high DHEA-S

DHEA is an anti-stress hormone, and its levels rise in the early stress response to balance the effects of high cortisol.

Each group either got 1g of vitamin C or placebo.

(3/7)Image
Read 11 tweets
Sep 5
Want to live longer? Here are 7 tools shown to extend lifespan in research (🧵1/7):

#1 Glycine + NAC

The combination increases lifespan by ~25%.

As precursors to the master antioxidant glutathione, this combination:

✓ Reduces organ damage
✓ Preserves mitochondrial function

at 1.6 g / kg of food (human equivalent) for each.Image
#2 Aspirin (males only)

Aspirin has multiple actions that prevent the core processes of aging:

◇ Inflammation
◇ Oxidative stress

and has shown benefit in reducing cancer and heart disease in humans.

3.5 mg / kg of food (human equivalent).

Image
#3 Vitamin E

By 40% in males, 14% in females.

It preserved mitochondrial enzymes:

➜ NADH-cytochrome c reductase
➜ Succinate-cytochrome c reductase
➜ Cytochrome oxidase

while increasing the antioxidant SOD enzyme.

More energy, less damage.
Image
Read 8 tweets
Sep 5
Carbs are super fuel for testosterone - here is every reason why.

(🧵1/9)Image
#1 The leydig cells (in the testicles) rely heavily on glucose.

Steroids are actually made in the mitochondria.

When LH acts on the leydig cells to produce testosterone - the mitochondria need energy production from glucose (glycolysis) to synthesize testosterone.

(2/9) Image
Image
#2 The leydig cells store glucose (glycogen)

Glycogen acts as a reserve fuel for many tissues, including cells in the testicles that produce sperm and testosterone.

Both types of cells need glucose for survival and differentiation, which is why they store it.

(3/9) Image
Read 9 tweets
Sep 4
One nutrient can powerfully reduce Candida, even in small amounts.

(🧵1/8)Image
Image
One recent study investigated the effects of just 300 IU of vitamin D (vs placebo) in children.

Candida is very common after broad spectrum antibiotics or during immunosuppression - and these kids were very susceptible.

(2/8) Image
Vitamin D improved every metric of Candida invasion drastically.

Candida in blood: 64% lower
In urine: 56% lower
Need to be given an antifungal: 45% lower
PICU stay: 22% lower
Death: 8% lower (not significant)

(3/8) Image
Read 9 tweets

Did Thread Reader help you today?

Support us! We are indie developers!


This site is made by just two indie developers on a laptop doing marketing, support and development! Read more about the story.

Become a Premium Member ($3/month or $30/year) and get exclusive features!

Become Premium

Don't want to be a Premium member but still want to support us?

Make a small donation by buying us coffee ($5) or help with server cost ($10)

Donate via Paypal

Or Donate anonymously using crypto!

Ethereum

0xfe58350B80634f60Fa6Dc149a72b4DFbc17D341E copy

Bitcoin

3ATGMxNzCUFzxpMCHL5sWSt4DVtS8UqXpi copy

Thank you for your support!

Follow Us!

:(