Series: Know Your Body – The Digestive System

Series: Know Your Body - The Digestive System

Claremont Colonic Newsletter
The Digestive System
The food you eat takes an incredible journey through your body, from top (your mouth) to bottom (your anus). Along the way the beneficial parts of your food are absorbed, giving you energy and nutrients. Here’s a step-by-step account of the digestive system’s workings.
What is the digestive system?

Your digestive system is made up of the gastrointestinal (GI) tract and your liver, pancreas and gallbladder. The GI tract is a series of hollow organs that are connected to each other from your mouth to your anus. The organs that make up your GI tract, in the order that they are connected, include your mouth, esophagus, stomach, small intestine, large intestine and anus.

What does the digestive system do?

Your digestive system is uniquely constructed to do its job of turning your food into the nutrients and energy you need to survive. And when it’s done with that, it handily packages your solid waste, or stool, for disposal when you have a bowel movement.

Why is digestion important?

Digestion is important because your body needs nutrients from the food you eat and the liquids you drink in order to stay healthy and function properly. Nutrients include carbohydrates, proteins, fats, vitamins, minerals and water. Your digestive system breaks down and absorbs nutrients from the food and liquids you consume to use for important things like energy, growth and repairing cells.

Anatomy

What organs make up the digestive system?

The main organs that make up the digestive system (in order of their function) are the mouth, esophagus, stomach, small intestine, large intestine, rectum and anus. Helping them along the way are the pancreas, gall bladder and liver.

Here’s how these organs work together in your digestive system.

Mouth

The mouth is the beginning of the digestive tract. In fact, digestion starts before you even take a bite. Your salivary glands get active as you see and smell that pasta dish or warm bread. After you start eating, you chew your food into pieces that are more easily digested. Your saliva mixes with the food to begin to break it down into a form your body can absorb and use. When you swallow, your tongue passes the food into your throat and into your esophagus.

Esophagus

Located in your throat near your trachea (windpipe), the esophagus receives food from your mouth when you swallow. The epiglottis is a small flap that folds over your windpipe as you swallow to prevent you from choking (when food goes into your windpipe). A series of muscular contractions within the esophagus called peristalsis delivers food to your stomach.

But first a ring-like muscle at the bottom of your esophagus called the lower esophageal sphincter has to relax to let the food in. The sphincter then contracts and prevents the contents of the stomach from flowing back into the esophagus. (When it doesn’t and these contents flow back into the esophagus, you may experience acid reflux or heartburn.)

Stomach

The stomach is a hollow organ, or “container,” that holds food while it is being mixed with stomach enzymes. These enzymes continue the process of breaking down food into a usable form. Cells in the lining of your stomach secrete a strong acid and powerful enzymes that are responsible for the breakdown process. When the contents of the stomach are processed enough, they’re released into the small intestine.

Small intestine

Made up of three segments — the duodenum, jejunum, and ileum — the small intestine is a 22-foot long muscular tube that breaks down food using enzymes released by the pancreas and bile from the liver. Peristalsis also works in this organ, moving food through and mixing it with digestive juices from the pancreas and liver.

The duodenum is the first segment of the small intestine. It’s largely responsible for the continuous breaking-down process. The jejunum and ileum lower in the intestine are mainly responsible for the absorption of nutrients into the bloodstream.

Contents of the small intestine start out semi-solid and end in a liquid form after passing through the organ. Water, bile, enzymes and mucus contribute to the change in consistency. Once the nutrients have been absorbed and the leftover-food residue liquid has passed through the small intestine, it then moves on to the large intestine (colon).

Pancreas

The pancreas secretes digestive enzymes into the duodenum that break down protein, fats and carbohydrates. The pancreas also makes insulin, passing it directly into the bloodstream. Insulin is the chief hormone in your body for metabolizing sugar.

Liver

The liver has many functions, but its main job within the digestive system is to process the nutrients absorbed from the small intestine. Bile from the liver secreted into the small intestine also plays an important role in digesting fat and some vitamins.

The liver is your body’s chemical “factory.” It takes the raw materials absorbed by the intestine and makes all the various chemicals your body needs to function.

The liver also detoxifies potentially harmful chemicals. It breaks down and secretes many drugs that can be toxic to your body.

Gallbladder

The gallbladder stores and concentrates bile from the liver, and then releases it into the duodenum in the small intestine to help absorb and digest fats.

Colon

The colon is responsible for processing waste so that emptying your bowels is easy and convenient. It’s a 6-foot long muscular tube that connects the small intestine to the rectum.

The colon is made up of the cecum, the ascending (right) colon, the transverse (across) colon, the descending (left) colon, and the sigmoid colon, which connects to the rectum.

Stool, or waste left over from the digestive process, is passed through the colon by means of peristalsis, first in a liquid state and ultimately in a solid form. As stool passes through the colon, water is removed. Stool is stored in the sigmoid (S-shaped) colon until a “mass movement” empties it into the rectum once or twice a day.

It normally takes about 36 hours for stool to get through the colon. The stool itself is mostly food debris and bacteria. These “good” bacteria perform several useful functions, such as synthesizing various vitamins, processing waste products and food particles and protecting against harmful bacteria. When the descending colon becomes full of stool, or feces, it empties its contents into the rectum to begin the process of elimination (a bowel movement).

Rectum

The rectum is a straight, 8-inch chamber that connects the colon to the anus. The rectum’s job is to receive stool from the colon, let you know that there is stool to be evacuated (pooped out) and to hold the stool until evacuation happens. When anything (gas or stool) comes into the rectum, sensors send a message to the brain. The brain then decides if the rectal contents can be released or not.

If they can, the sphincters relax and the rectum contracts, disposing its contents. If the contents cannot be disposed, the sphincter contracts and the rectum accommodates so that the sensation temporarily goes away.

Anus

The anus is the last part of the digestive tract. It is a 2-inch long canal consisting of the pelvic floor muscles and the two anal sphincters (internal and external). The lining of the upper anus is able to detect rectal contents. It lets you know whether the contents are liquid, gas or solid.

The anus is surrounded by sphincter muscles that are important in allowing control of stool. The pelvic floor muscle creates an angle between the rectum and the anus that stops stool from coming out when it’s not supposed to. The internal sphincter is always tight, except when stool enters the rectum. This keeps us continent (prevents us from pooping involuntarily) when we are asleep or otherwise unaware of the presence of stool.

When we get an urge to go to the bathroom, we rely on our external sphincter to hold the stool until reaching a toilet, where it then relaxes to release the contents.

Conditions and Disorders

What are some common conditions that affect the digestive system?

There are temporary conditions and long-term, or chronic, diseases and disorders that affect the digestive system. It’s common to have conditions such as constipation, diarrhea or heartburn from time to time. If you are experiencing digestive issues like these frequently, be sure to contact your healthcare professional. It could be a sign of a more serious disorder that needs medical attention and treatment.

Short-term or temporary conditions that affect the digestive system include:

Constipation: Constipation generally happens when you go poop (have a bowel movement) less frequently than you normally do. When you’re constipated, your poop is often dry and hard and it’s difficult and painful for your poop to pass.

Diarrhea: Diarrhea is when you have loose or watery poop. Diarrhea can be caused by many things, including bacteria, but sometimes the cause is unknown.

Heartburn: Although it has “heart” in its name, heartburn is actually a digestive issue. Heartburn is an uncomfortable burning feeling in your chest that can move up your neck and throat. It happens when acidic digestive juices from your stomach go back up your esophagus.

Hemorrhoids: Hemorrhoids are swollen, enlarged veins that form inside and outside of your anus and rectum. They can be painful, uncomfortable and cause rectal bleeding.

Stomach flu (gastroenteritis): The stomach flu is an infection of the stomach and upper part of the small intestine usually caused by a virus. It usually lasts less than a week. Millions of people get the stomach flu every year.

Ulcers: An ulcer is a sore that develops on the lining of the esophagus, stomach or small intestine. The most common causes of ulcers are infection with a bacteria called Helicobacter pylori (H. pylori) and long-term use of anti-inflammatory drugs such as ibuprofen.

Gallstones: Gallstones are small pieces of solid material formed from digestive fluid that form in your gallbladder, a small organ under your liver.

Common digestive system diseases (gastrointestinal diseases) and disorders include:

GERD (chronic acid reflux): GERD (gastroesophageal reflux disease, or chronic acid reflux) is a condition in which acid-containing contents in your stomach frequently leak back up into your esophagus.

Irritable bowel syndrome (IBS): IBS is a condition in which your colon muscle contracts more or less often than normal. People with IBS experience excessive gas, abdominal pain and cramps.

Lactose intolerance: People with lactose intolerance are unable to digest lactose, the sugar primarily found in milk and dairy products.

Diverticulosis and diverticulitis: Diverticulosis and diverticulitis are two conditions that occur in your large intestine (also called your colon). Both share the common feature of diverticula, which are pockets or bulges that form in the wall of your colon.

Cancer: Cancers that affect tissues and organs in the digestive system are called gastrointestinal (GI) cancers. There are multiple kinds of GI cancers. The most common digestive system cancers include esophageal cancer, gastric (stomach) cancer, colon and rectal (colorectal) cancer, pancreatic cancer and liver cancer.

Crohn’s disease: Crohn’s disease is a lifelong form of inflammatory bowel disease (IBD). The condition irritates the digestive tract.

Celiac disease: Celiac disease is an autoimmune disorder that can damage your small intestine. The damage happens when a person with celiac disease consumes gluten, a protein found in wheat, barley and rye.

Care

How can I keep my digestive system healthy?


If you have a medical condition, always ask your healthcare provider what you should do and eat to stay healthy and manage your condition. In general, the following are ways to keep your digestive system healthy:

Drink water often: Water helps the food you eat flow more easily through your digestive system. Low amounts of water in your body (dehydration) is a common cause of constipation.

Include fiber in your diet: Fiber is beneficial to digestion and helps your body have regular bowel movements. Be sure to incorporate both soluble and insoluble fiber into your diet.

Eat a balanced diet: Be sure to eat several servings of fruit and vegetables every day. Choose whole grains over processed grains and try to avoid processed foods in general. Choose poultry and fish more often than red meat and limit all deli (processed) meats. Limit the amount of sugar you consume.

Eat foods with probiotics or take probiotic supplements: Probiotics are good bacteria that help fight off the bad bacteria in your gut. They also make healthy substances that nourish your gut. It can be especially helpful to consume probiotics after you have taken an antibiotic because antibiotics often kill both bad and good bacteria in your gut.

Eat mindfully and chew your food: Eating slowly gives your body time to digest your food properly. It also allows your body to send you cues that it is full. It is important to chew your food thoroughly because it helps to ensure your body has enough saliva (spit) for digestion. Chewing your food fully also makes it easier for your digestive system to absorb the nutrients in the food.

Exercise: Physical activity and gravity help move food through your digestive system. Taking a walk, for example, after you eat a meal can help your body digest the food more easily.

Avoid alcohol and smoking: Alcohol can increase the amount of acid in your stomach and can cause heartburn, acid reflux and stomach ulcers. Smoking almost doubles your risk of having acid reflux. Research has shown that people who have digestive issues that quit smoking have improved symptoms.

Manage your stress: Stress is associated with digestive issues such as constipation, diarrhea and IBS.

When should I contact my healthcare provider about digestive system issues?

Contact your healthcare provider if you are experiencing frequent symptoms such as constipation, diarrhea, vomiting, stomach pain or cramps, excessive gas (farting), or heartburn. While most people experience these conditions every once in a while, if you experience them often, it could be a sign of a more serious digestive system issue.


Contributor: Clevelandclinic.org

Is Daylight Saving Time Healthy for You? No, Experts Say, Pointing to Lost Sleep.

Is Daylight Saving Time Healthy for You? No, Experts Say, Pointing to Lost Sleep.

Claremont Colonic Newsletter
For years, medical experts have stressed how daylight savings can negatively impact sleep.

Daylight saving, which begins in the spring and ends mid-fall, can make it harder to both wake up and fall asleep – as the “wall clock” moves farther away from the “sun clock.”

If passed into law, the Sunshine Protection Act would make daylight saving time permanent in all but two states. But health experts advocate for adopting permanent standard time year round.
Medical experts are continuing to stress daylight saving time’s health consequences – notably how time changes can throw off your sleep cycle.

“It’s the same story every year,” Dr. Sabra Abbott, a Northwestern Medicine physician and associate professor of neurology in the school’s department of sleep medicine, told USA TODAY.

“We’re dealing with competing clocks,” Abbott said, pointing to how our bodies usually follow the sun and not the time on our phones. How long sunlight lasts each day depends on the season and where you are geographically – but daylight saving time moves us farther away from the “sun clock,” experts say.

“During standard time, noon tends to be the point at which the sun is highest in the sky. But when we shift to daylight saving time, what happens is that relationship between the wall clock and the sun clock are clearly skewed,” Abbott said.

That can result in less sleep.

Losing sleep?

Most people have a harder time waking up during daylight saving time – because the sky stays darker longer in the morning. In turn, many have difficulty falling asleep at night because light lasts later into the evening.

When does daylight saving time end 2022? What it means for your clocks, calendar and sleep

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Especially this time of year, right before daylight saving time ends, “the biggest problem is our internal clock doesn’t know it’s time to wake up,” Dr. Jennifer Martin, president of the American Academy of Sleep Medicine, told USA TODAY.

The Department of Transportation, which oversees daylight saving time, says the practice saves energy, reduces crime and prevents traffic accidents. But many medical experts disagree – saying the health consequences of losing sleep outweigh the time change’s potential benefits.

“The benefits are theoretical and the harms are proven,” Martin said.

Of course, healthy sleep is essential. Previous studies, including some that look specifically into the health impacts of daylight saving time, have found that long term sleep deficiency is linked to increased risk of depression, substance use disorder, cardiovascular disease and more.

Citing these health consequences, the American Academy of Sleep Medicine issued a 2020 position statement calling for the U.S. to eliminate daylight savings time and adopt year-round standard time nationwide.

Back up. How does daylight saving time work?

If you’re in a one of the 48 states that currently practice daylight saving time, you change your “wall” clocks twice a year. In the spring, the annual period of daylight savings begins – with clocks jumping forward an hour ahead of standard time and staying on “daylight savings time” until mid-fall.

Right now, we’re nearing the end of daylight saving time – with clocks across most of the country falling back an hour on Sunday.

Returning to standard time, as most of the U.S. does the first Sunday of November, is usually “the easier (time change) to adapt to, Abbott says, adding that she encourages people to “take advantage of that time to try to get a little bit of extra sleep.”

Still, it can be an adjustment. Martin notes that people who already struggle with sleep issues, like insomnia, and parents with infants are particularly impacted. “Most of us feel the disruption in the spring when we lose an hour of the nighttime – but even in the fall as we’re switching back, some people have a hard time adjusting,” Martin said. “It’s sort of like having a little bit of jet lag twice a year.”

What about the Sunshine Protection Act of 2021?

In March, the U.S. Senate passed the Sunshine Protection Act of 2021. If the bill becomes law, daylight saving time would be permanent in all but two states, Arizona and Hawaii, and a handful of U.S. territories – where standard time is used year round.

Advocates of adopting this legislation have pointed to the potential economic and safety benefits – including recent research that’s suggested permanent daylight saving will bring significantly less deer-vehicle collisions. Still, studies report mixed results. Past research from the University of Colorado Boulder, for example, found a 6% spike in car accidents right after daylight saving’s annual “spring forward.”

From a medical standpoint, many experts again stress that adopting permanent standard time, not daylight time, is critical.

“We actually oppose the Sunshine Protection Act because of the potential health and safety risks associated with daylight savings time in the winter months,” Martin said. “The highest risk, of course, will be in the northern states – where, in some metropolitan areas, sunrise won’t occur until 9:30 in the morning or later… We think about students going to school (in the dark).”

Experts and historians have also noted that the U.S. has tried to switch to a permanent daylight savings time before – but it did not last.

Permanent daylight saving time? America tried it before … and it didn’t go well.

Abbott adds that, while just about everyone wants to “get rid of the switch back and forth” that comes with two time changes each year, “the real question is, ‘Which direction should we go?’ … From sleep and health perspective, the best route seems to be permanent standard time.”


Contributing: Wyatte Grantham-Philips / Adrianna Rodriguez, USA TODAY.

Is Now the Time to Get a Flu Shot?

Is Now the Time to Get a Flu Shot?

Claremont Colonic Flu
Flu season in the US hasn’t been this bad this early in more than a decade. Now is the time to get a flu shot Flu season has ramped up early in the United States, and flu hospitalizations are worse than usual for this time of year, according to data published Friday by the US Centers for Disease Control and Prevention.
It’s been more than a decade – since the H1N1 swine flu pandemic – since flu hospitalization rates have been this high at this point in the season.

The CDC estimates that there have been at least 880,000 illnesses, nearly 7,000 hospitalizations and 360 deaths from flu in the US this season. The first pediatric death in the country was reported this week.

Getting the flu shot is still the best way to protect yourself, experts say. And the best time to do it is now.

“Please get it this afternoon. Do not linger,” said Dr. William Schaffner, medical director of the National Foundation for Infectious Diseases and a professor at Vanderbilt University Medical Center.

“We’re in a bit of a race with the virus,” he said, with the flu season starting at least a month earlier than usual. And it takes between 10 days and two weeks for the shot to offer full protection.

Similar to previous years, the CDC recommended that people get their flu vaccine before the end of October. But flu vaccination rates are lower than typical for this time of year. About 128 million doses of flu vaccine have been distributed this season, compared with 140 million at this point last year and 156 million the year before that, according to CDC data.

Even though the current season started early, there is more than enough reason for those who haven’t gotten their shot to do it now, Schaffner said.

“I would assure anyone who hasn’t gotten it yet that they’re not too late,” he said. And “the recommendations couldn’t be simpler”: Anyone 6 months or older in the US is eligible for and recommended to get the flu vaccine, with rare exception.

“The flu season will be with us for at least a few more months. We don’t know whether it will be shorter or longer than usual,” Schaffner said. “There is still very good reason to get your protection from the vaccine.”

And people who are vaccinated can still get sick – but the goal of the vaccine is to protect against the most severe outcomes and complications.

“We can acknowledge that the influenza vaccine is not perfect. It cannot protect absolutely everyone completely against influenza,” he said. “They help keep you out of the emergency room, the hospital, the intensive care unit, and they protect you from dying. As I used to like to tell my patients, ‘I’m so glad you’re still here to complain.’ “

Overall, CDC data shows that the share of lab tests that are positive for influenza has more than doubled over the past two weeks and that flu activity is highest in the South. Additional data from Walgreens that tracks prescriptions for antiviral treatments – such as Tamiflu – suggest hot spots in the Gulf Coast area, including Houston and New Orleans.

And the flu season is ramping up amid the surge of RSV that is filling pediatric hospitals and an ongoing Covid-19 pandemic.

Eleven states – along with Washington, DC, and New York City – are reporting high or very high levels of respiratory illness, according to the CDC.

The surge of respiratory viruses may get worse before it gets better, Dr. Nipunie Rajapakse, a pediatric infectious diseases specialist at Mayo Clinic Children’s Center, said Thursday.

She urged people to try to prevent any respiratory illness, including by getting Covid-19 vaccines and boosters, and the annual flu shot.

“Making sure that your kids and anyone over 6 months of age in your family are getting their flu vaccines this year is even more important because we haven’t seen a lot of influenza the last couple of years, and so everyone’s going into this season with less immunity, less protection from prior infections,” Rajapakse said.

Those at risk for complications from respiratory illness, including the elderly and those with underlying conditions, should contact their health care providers as soon as they start to notice any symptoms, Schaffner said. There are treatments for Covid-19 and influenza that offer extra protection from severe outcomes, he said.

“From the point of view of respiratory viruses, the winter season has started early,” Schaffner said. “If you do develop symptoms, please don’t go to school or work. Shelter at home a little bit so you’re not out there spreading the virus – whatever it is.” br>

Contributor: Deidre McPhillips, CNN Health

3 Scary Reasons To Ditch Aluminum Foil (And What To Use Instead)

3 Scary Reasons To Ditch Aluminum Foil (And What To Use Instead)

Claremont Colonic Clinic
You’re probably getting a little tired of people telling you that the things you’ve been eating or using for years are bad for your health. Some you’ve accepted; you do your best to stay away from gluten and you eat organic when you can. Some you’ve strategically chosen to ignore; your favorite dairy-based ice cream, for example, or that supposedly toxic non-stick frypan which makes the best pancakes.
But here’s one you should probably avoid like the plague: aluminum foil. Believe it or not, every time you use aluminum foil in the kitchen, it’s seriously harming your health. Here are three reasons to keep aluminum foil out of your kitchen, and some healthier alternatives to use instead.

1. Aluminum foil is a neurotoxin

Aluminum has long been scrutinized by the scientific community for its potential role as a neurotoxin. Researchers maintain that, due to the fact that aluminum has no physiological role in the human body, it has the potential to cause significant detrimental effects when consumed.

This theory was unequivocally proven when a 2014 study showed that a 66-year-old man who died with Alzheimer’s disease had significantly elevated aluminum content in his brain, following eight years of occupational exposure. While the study noted that it was the respiratory system that was exposed to aluminum dust, we now know that there is a direct link between aluminum ingestion and Alzheimer’s disease, a debilitating neurological disorder.

The fact also remains that aluminum foil is not fully inert; food cooked or prepared in it has been shown to have significantly higher levels of aluminum than if they were prepared in another medium. The takeaway is simple: aluminum foil has the potential to cause neurotoxic effects, including Alzheimer’s disease.

2. Aluminum foil can contribute to bone disease

Research shows that aluminum from sources like foil can increase a person’s risk of developing bone disease. A study that examined the effect of hemodialysis, which causes buildup of aluminum in the blood, found that 37 percent of dialysis patients had developed aluminum-associated bone disease. The study proponents concluded that “long-term oral aluminum intake in hemodialysis patients results in a high prevalence of aluminum-associated bone disease.” It was theorized that aluminum either directly or indirectly impacts osteoblast production, which in turn leads to bone wasting.

The key here is that little statement about “long-term oral aluminum intake.” Many would argue that using aluminum foil regularly for years would equate to long-term oral aluminum intake. This means that using aluminum foil in the kitchen can contribute to bone disease.

3. Aluminum foil can promote pulmonary fibrosis

Using aluminum foil to prepare, store or cook food can increase a person’s risk of developing pulmonary fibrosis, a form of lung disease. A study that performed lung tissue analysis of nine workers exposed to aluminum oxide found alarmingly high levels of aluminum in the lung tissue, suggesting that aluminum exposure contributed to their development of pulmonary fibrosis.

While aluminum foil might not contribute to lung disease at the same rate as breathing in aluminum oxides, there is still a very real risk that cooking with aluminum foil may cause pulmonary fibrosis and other diseases of the lung.

Why aluminum may be leaching into the food you eat

In a 2012 study, a faculty of engineering team from the University of Ain Shams in Cairo examined the different ways in which aluminum foil and other cookware interacts with food. Leaching of harmful aluminum compounds was by far the highest when acidic foods like lemon juice or tomatoes were coming into contact with aluminum foil, and this was often further exacerbated by the use of spices.

In essence, aluminum foil is not inert. When exposed to certain foods, it has been shown to leach a portion of its metallic compounds into the food, whereupon people ingest it. From here, it can build up in the blood, muscles and organs and contribute to all manner of health problems. Science is only just starting to understand just how negative these consequences may be.

The onus is simple: keep aluminum foil out of the kitchen, and well away from the food you eat. Here are some healthier alternatives for cooking and storing your food that won’t have any ill health effects.


Healthier alternatives to aluminum foil Personally, I’ve never been much of a fan of aluminum foil and aluminum cookware anyway. If I want to store food in the fridge or pantry, I’ll almost always use glass storage containers. Glass is completely inert and doesn’t transfer any harmful chemicals or metals into food, no matter how acidic they are. This way, we’re also minimizing waste, as the glass can be used over and over again… unlike aluminum foil! For cooking, where one might use foil to enclose baked potatoes or fish, I simply used a ceramic dish with a lid. The effect is exactly the same, it’s just that ceramic doesn’t leach compounds into our food! And for baking, I either use glassware or high-quality silicone bakeware that doesn’t require any sort of lining. These materials are much nicer to use, usually produce higher quality dishes and don’t create excess waste. That’s a win-win, if you ask me!


Contributor: Liivi Hess-AlternativeDaily.com