The Longevity Code by Kris Verburgh M D
Explains the reasons for the aging and how to delay the process.
One guidelines for biologists to estimate the life span of animals
is to multiply by 6 the age at which they sexually mature. Humans on average
become sexually mature at around age 13 and live until age 78 (13*6=78).
Aldabra turtles sexually mature at the age of 30 and hence the live around 180
years.
There are certain animals they age negatively. Blanding’s turtle
ages backwards; meaning they grow younger and younger as times goes by. Year
after year, their mortality rate declines and their fertility increases. To
date, only few animal species are known to age negatively - certain turtles,
some lobsters, rockfish etc. The oldest known animal is in fact a crustacean; a
mollusk which was born in 1499 and lived for 507 years. Turritopsis
dohrnii is a tiny jellyfish that floats around large oceans and does not age.
When it feels old, and worn down, it can do the reverse. It can magically
change its body into that of a young jellyfish
The longer the Longevity Quotient (LQ), the longer the animal’s
lives. An LQ of 2 means that the animal lives twice as long as you would expect
based on its size. The LQ of elephant is 1, LQ of humans is 4.2 and the animal
with the highest LQ is the Brandt’s bat, which has a LQ of 9.
The life of Pacific Salmon is quite interesting. These Salmon born
upriver in Canada or in US and when they grow up, they swim downriver to
Pacific Ocean. They return to their birth river after many years swimming
upwards against the current, where they mate and deposit eggs. Then in the
following days, they die. To be able to make this demanding journey, the Salmon
pump themselves full of hormones (mainly cortisol). This gives the fish great
strength and energy to accomplish the exhausting trip. The larger doses of
cortisol are harmful as is the immense effort that they have to make. In the
process, Salmon cause so much damage to their body that they die in droves in
the river where they have deposited the eggs. Reproduction and some hormones
related to it, therefore can shorten the lifespan.
Veterinarians have long known that castrated cats and dogs live
longer. It is the same for humans. Evidence of this can be found in old
documents about eunuchs, men who were castrated as the court so that they would
not be threat to the wives of the emperor. In this procedure, it was often not
only the testicles but also the penis that was removed. It shows that eunuchs
who were castrated before puberty lived an average of 17 years longer than
their counterparts from the same social class.
The role of proteins in aging:
A cell contains millions of proteins and these proteins are
continuously built up and broken down by the cell. However, now & then
protein escapes the process. It is not broken down but remains in the cell. At
first there are only a few proteins, but as the decades pass, more & more
proteins linger around in the cell. They also tend to cluster together so that
the unbreakable proteins clumps eventually fill up the cell. As time goes by
our cells become so filled with aggregated proteins that they no longer function
well. For example, heart cells no longer contract properly; nerve cells do not
transmit signals efficiently, digestive cells do not absorb food as well they
used to be. Finally, they age and finally they die.
Unhealthiest to healthiest proteins are:
Processed red meat
Red meat from grain-fed mega barn animals
Red meat from free-range, grass-fed animals
White meat (chicken, turkey) preferably free-range, grass-fed
Fish - particularly fatty fish that contains high omega 3- (salmon,
herring, sardines)
Vegetable protein (nuts, legumes, vegetables (broccoli, spinach,
cabbage, brussels sprouts, tofu, mushrooms)
Carbohydrates are also called sugars.
Short, fast or simple carbohydrates are glucose, fructose or
sucrose. These are quickly absorbed by the but cells and released into the
bloodstream, where they cause very high sugar peaks.
Long slow or complex carbohydrates are starch. It still can cause
high and broad sugar peaks: prolonged, elevated blood sugar levels
Fibers are indigestible long carbohydrates. They are not absorbed
and released into the bloodstream, but serve as good for our good intestinal
bacteria.
Carbohydrates (sugars and starches) :
Increases insulin, IGF, other growth-hormone-like substance that
accelerate aging.
Form sugar-cross-links that makes the proteins in our tissues
stick together and give us:
Wrinkles, stiffer blood vessels, cataracts, deteriorating kidney
function, stiffer bladder, stifler heart.
Laron dwarfs have less IGF and insulin circulating in their blood
and are almost immune to cancer and diabetes.
Larger people and animals have a greater risk of cancer and of
dying early.
A diet with a log glycemic index (lower sugar peaks) and a low
glycemic load (fewer carbohydrates) reduce the risk of all kinds of aging.
Unhealthiest to healthiest carbohydrates are:
White bread, white pasta, white rice, potatoes
Whole grain bread, or pasta, brown rice
Oatmeal. Vegetables, legumes, mushrooms, quinoa. Fruit.
Fats
Saturated (straight) fats are found in:
Animal sources - meat, cheese, butter and milk
vegetable sources (palm oil, coconut oil, cocoa butter in
chocolate)
Unsaturated (bent) fats are found in:
Omega-3 fatty acids: fatty fish, walnuts, flaxseeds
Omega-6 fatty acids: meant, sunflower, corn oil
Other saturated fatty acids: olive oil
Trans fats are found in:
Industrially prepared foods - Processed meats, baked foods, snack
bars, fried foods, fast food and some margarines
Various large studies show that there is no relationship between
an elevated cholesterol level and the risk of a heart attack. 75% of the people
who arrive in the ER with a heart attack actually have normal cholesterol.
Saturated fats and cholesterol are not as unhealthy as previously
thought. A diet with healthy fats reduces the risk of aging-related diseases.
Good oil for cooking are:
Olive oil, Avocado oil, Coconut oil, Butter.
Avoid eating foods with trans fats and Omega-6 fatty acids.
Mitochondria are small structures in our cells, without which we
would not be able to walk, think, feel or talk. They are the energy generators
of our cells and hence intense chemical activities is taking place inside them,
including the production of toxic, harmful, waste particles, or free radicals.
Those whose ancestors have always lived in warm climates, have differently
functioning mitochondria. They produce less heat (because it is already warm
enough), so that the production lines of mitochondria more slowly., but also
happens to increase the production of free radicals. That can be one reason why
people whose ancestors lived in warm countries are more susceptible to all
kinds of aging-related diseases. Their mitochondria get damaged faster. This
can explain why for example, people of African regions are more likely to have
cardiovascular disease and high blood pressure compared to those with European
ancestors. Even when African American live in the fast north of US, they have
inherited mitochondria from their ancestors who lived in a warm country for
1000s of years.
DNA is a very long molecule that contains building instructions
for our proteins, which are the building blocks and workhorses of our cells.
Telomeres are the ends of a DNA string. They are the caps that ensure that they
DNA string does not unravel. And it also plays in aging.
With each cell division, the telomeres shorten. When it became too
short, the DNA is no longer protected (the caps are gone) and the cell
functioning declines. This particularly affects stem cells because they must
divide frequently.
Good nutrition and sufficient exercise can counteract the
shortening of telomeres.
There are four important reasons discussed about the aging
factors:
- Protein agglomeration
- Excess of carbohydrates
- Defective mitochondria
- Changes related to DNS, such as the telomeres and epigenetics
The longevity staircase
In the West, millions of people are overweight’s, but also suffer
from malnutrition. They are overweight because they consume too much
macronutrients and they are malnourished due to lack of micronutrients.
Eating vitamins supplements do not help as it contains very small
quantity and hence less effective.
One of the richest source of selenium is Brazil nuts - eating too
much of Brazil nut is also not healthy.
There are many foods rich in magnesium - green leafy vegetables
such as cabbage, lettuce and spinach as well as legumes,
For potassium, try to use potassium salt (potassium chloride
instead of sodium chloride). In grocery store, they sell 70% potassium chloride
with 30% sodium chloride.
Step 1 - intake of important micronutrients
Ensuring a sufficient intake of important micronutrients can slow down the aging process and reduce the risk of aging related diseases.
Vitamins B related foods:
Seafood: salmon, shrimp, mussels
Oatmeal
Vegetables
Nuts & seeds
Chicken and eggs
Magnesium: good for heart and blood vessels; plays an important
role in the sugar and energy metabolism.
Green leafy vegetables: kale, brussels sprouts, spinach
Nuts and seeds
Legumes
Selenium: Components of proteins that neutralizes free radicals or
is involved in the immune system.
Nuts - Brazil nuts - no more than a few per week
Seeds and pits
Seafood: salmon, sardines, tuna, crab, oysters, mussels, squid
Mushrooms
Vitamin D is very good for metabolism, cardiovascular health,
reduces the risk of osteoporosis
Green leafy vegetables
Fermented foods: natto, miso, tempeh, cheese
Herbs: parsley, basil
Potassium can reduce the risk of high blood pressure and stroke
Green leafy vegetables
Legumes
Fruits: apricots, peaches, plums, raisins, avocados, figs.
Iodine regulates thyroid gland and metabolism
Seafood, shellfish, seaweed
Step 2 - Stimulate Hormesis
Metformin is special because it is one of the few medications that
can extend the life span and slow down the aging process in various species of
animals.
Harmful things in small does can be healthy. That principle called
hormesis.
Exercise is also a form of hormesis. The important reason why
exercise is healthy is because it damages the body. However, the damage shakes
our cells awake and prompts them to repair and better protect themselves for
the next time you for a n exercise.
Temperature is also plays a vital role in hormesis. When you
expose fruit flies to a high temperature, for a short period, they live longer.
That could be one of the reasons why an occasional sauna or cold shower can
have a healthy effect on the body.
Another example of hormesis is vegetables. Take broccoli; it
contains mildly toxic substances, such as sulforaphane which activates proteins
in the body that protect and detoxify. This can decrease the risk of all kinds
of diseases. Why people doesn’t like vegetables, because it is not tasty
as it is having a mild toxic content and hence taste it bad.
A small radio activity presence can also help
Step 3 - reduce growth stimulation
If you want to slow down the aging process, you must also reduce
growth stimulation. If you are overweight, the reduction of growth stimulation
will also cause you to lose weight.
Regarding overweight, there are two important causes or elephants
in the room.
Elephant 1 - an excess of fast sugars - in the form of soft drinks,
candy, chips, baked goods, and fast foods
Elephant 2 - an excess of starchy products such as bread potatoes,
pasta and rice.
Other elephants are:
Too much animal proteins
Too much unhealthy fats
Recommendations:
Each much less bread, potatoes, pasta and rice
Replace bread with oatmeal or chia seed
Replace animal milk or yogurt with plant based milk (soy,
hazelnut, almond, cashew)
Eat little or no red meat
Eat lots of vegetables
Drink lots of water
Eat lots of fiber rich fruits or vegetables
Take smart dietary supplements, such as selenium yeast, vitamin D,
K, B, magnesium malate, and iodine.
Growth stimulation can be reduced by:
Eating fewer carbohydrates
Reduce intake of animal proteins
Eat fiber rich fruits and vegetables
Specific substances that reduce growth stimulation: apples,
capers, turmeric, blueberries, coffee, tea, broccoli
Exercising
Calorie restrictions
Intermittent fasting
Step 4 - Reverse the aging process
This is a developing field.
Rejuvenating people can be done via
Vaccines
Lysosomal enzymes
Cross-linked breakers
Pieces of mitochondrial DNA
Stem cells
CRISPR proteins
Transfusions with young blood or specific blood substances that
can make the body younger
Epigenetically reprogramming cells
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