Humanity’s True Purpose

Humanity’s True Purpose


Is humanity, nothing more than cancer on the planet consuming its hosts until it is gone, guaranteeing its own destruction in the process. A quick glance at the effects of our behavior might lead us to say yes, but looks can be deceiving. Nature shows us that what is destructive on one level can also be part of a larger process of change that creates new forms of value at another level. Consider the Indian elephant at first glance, the elephant appears to be destructive as she tramples through the forest. Breaking limbs from trees eating all the jackfruit and littering the landscape with huge piles of poo.

But when we look closer, we see that the trampling provides pathways for the other animals in the forest. The breaking of tree branches allows the sun’s rays to reach the forest floor. Abling plants grow in the understory and elephant poop contains jackfruit seeds buried in fertile manure, which propagates the jackfruit tree like the elephant. Could it be that some of humanity’s destructive behavior might actually have some positive unintended consequences? As we look back at earth’s story, we learn that its climate has been vastly different throughout its history.

When dinosaurs roamed, the land earth was void of ice, the sea level was hundreds of meters higher, and the temperature 10 degrees warmer than it is today. Modern science has learned that there is a direct relationship between the concentration of greenhouse gases in the atmosphere in the earth’s temperature. Greenhouse gases are like a blanket around the earth absorbing just the right amount of heat from the Sun to make life possible. The higher the concentration, the warmer the temperature in Earth’s more recent history, it has endured a series of long ice ages during each Ice Age, life struggles to survive. Imagine a one-mile-thick sheet of ice on top of Chicago all the forests died.

Most of the life in the forest died as very little can survive in these extreme conditions. Every hundred millennia, a slight change in the earth’s tilt, allows the planet to absorb just enough additional heat to thaw. Some of the ice life expands for a few thousand years during this interglacial period, before retreating again as the earth tilts back and falls into another Ice Age enter human beings. From the Earth’s perspective, humans are new to the scene. We’ve been here for a blink of an eye, but we’ve been busy as the earth entered its most recent interglacial period.

Humans began deforesting the earth to fuel their nation civilizations. It is calculated that more greenhouse gases were released into the atmosphere through deforestation. Then all the gases emitted from the burning of fossil fuels, humans, unknowingly to them, warmed the earth delaying the onset of the next Ice Age. It turns out that there’s a safe zone when it comes to greenhouse gas concentrations that keeps the earth at just the right temperature for life, as we know it to thrive any less, and we freeze anymore and we fry in the last few decades. We’Ve blew past this safe zone way too fast for life today to adjust, as we continue to destroy the forests for animal agriculture and find destructive new ways of extracting fossil fuels, adding evermore greenhouse gases to the atmosphere.

While our actions have had devastating impacts on many species on the planet, they’ve also enabled humans to develop the technology necessary to monitor Earth’s composition like the part of the brain that helps stabilize and regulate our body’s temperature humans now have the ability to help earth regulate Its temperature we’ve already been doing it unconsciously for thousands of years. Perhaps it’s time we become conscious of our role on the planet as the thermostat species. When we choose to stop eating animals, the land used for raising those animals can be restored to forests, and those forests can sequester all of the greenhouse gases we’ve emitted during the fossil fuel age, bringing us back within the safe zone where life as we know it Can thrive? This requires that humanity undergo a metamorphosis from an egocentric consumer culture to an eco, centric life, enriching culture again. Nature shows us how this is done.

A caterpillar spends his entire life from the moment he’s born eating. He eats the nutritious shell. He was born out of then he eats the leaf. The egg was clinging to the caterpillar continues eating all the leaves. He encounters once fully satiated the caterpillar attaches to the underside of a twig and begins growing.

A cocoon of new imaginal cells are born at first, the imaginal cells are attacked by the caterpillar’s immune system, but soon they multiply in the immune system gives up what was once a caterpillar is now a messy glob of imaginal goo. Soon, out of the cocoon emerges, a beautiful, butterfly, [, Music ], the butterfly is a very light consumer as she sips the nectar she pollinates, the flower is helping to regenerate life-nurturing life instead of destroying it. The time has come for humanity to undergo its metamorphosis. Our imaginal cells are awakening. We have a unique opportunity in this pivotal time in history, to realize our full potential by considering ourselves, stewards of life.

Applying the lessons we’ve learned to nurture the conditions for life to thrive for all of Earth’s remaining years: You, you

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How Does Inflammation Work in Your Body

How Does Inflammation Work in Your Body

Inflammation Process Steps

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Inflammation process stepsWhenever I hear that a new health product claims to reduce inflammation some red flags go up in my brain, it’s one of those words. Inflammation process steps That’s gotten more popular in health marketing in the last few decades, and people are willing to pay real money to do something about it. But inflammation is a normal biological process that our bodies use to keep us safe. We don’t want to get rid of all inflammation, so today we’re going to dig into the inflammatory response and come away understanding why the Inflammation process steps health claims need a little bit more nuance attached to them. Inflammation itself is an immune response to some kind of problem in the body that response might be acute, which means it comes and goes quickly or chronic.

It stays around longer. It could be triggered by any kind of infectious or non-infectious problem in the body. Anything from bacteria in a dirty cut to frostbite to a splinter. Regardless of what initiates it, though Inflammation process steps, the response is similar from just living and being a human you’re, probably familiar with the five signs of inflammation firsthand heat, redness, swelling pain, and loss of function, and they range from mildly annoying to seriously debilitating.

But they actually serve a specific role in protecting you from further harm and kicking off the healing process. Contrary to what some may think, the increased heat is not there to try to bake the infectious agent it’s there, because the blood vessels around the inflamed body part expanded, bringing more blood to that area.

That’s also why the area gets redder, you’re, passing more red blood cells through the inflamed tissue, just like how your cheeks get warm and red when you blush our blood is warm and with more blood flow, we feel more heat along with more blood the vessels that transport, that blood expand and become more permeable, which fills that area with fluid and shows up externally, as swelling pain, comes from the stimulation of pain receptors from the initial injury or from the inflammatory response itself.

Finally, the loss of function could come from either increased swelling, which reduces mobility, or from healthy tissue being replaced with less flexible scar tissue over time, and that’s only what we see from the outside of our immune systems, orchestrate all these different chemical messengers called cytokines cyto for Cell kine for movement, they’re chemicals that get cells to move to the inflamed area. You may have heard about cytokines in the context of a cytokine storm before when these messenger molecules recruit more immune cells which release more cytokines, which recruit more immune cells.

And you get this feedback loop that can cause sepsis or death and during the normal, acute inflammatory response, they’re recruiting mostly white blood cells to the area to attack any pathogens. And all of this is a thing so that your body can stomp out whatever’s, trying to hurt it, whether it’s a bacterial infection or a sprained ankle. But sometimes this process takes a little bit longer.

Our bodies continue to ship chemical messengers and white blood cells to the site, and, if that creeps into the multiple week-long territories, it’s classified as chronic inflammation, you don’t always need an acute inflammatory response to develop. Chronic inflammation, though, like rheumatoid arthritis is an autoimmune disease that causes inflammation of the joints. There was never one big injury that kicked it off either way. Chronic inflammation is where this whole inflammatory response gets more problematic.

For instance, in patients with atherosclerosis, a narrowing of the arteries around the heart that predisposes folks to heart attacks will have elevated, cytokines and inflammatory proteins in their blood. Because of that, healthcare providers might look for inflammatory markers in your blood as a way of predicting your risk of heart disease. If your liver experiences too much inflammation, you can permanently damage the hepatocytes cells that play a big role in metabolism and immune function.

Your lungs are in the same camp. One of the reasons that cigarette smoking is so lethal is because it causes a constant inflammatory response in the lungs that can narrow and stiffen the tiny airways in your lungs, making it harder for air to pass through. So in the case of livers and lungs, chronic inflammation literally leads to worse organ function.

With that in mind, you can see why people would want to reduce inflammation and certain drugs do that, but through different mechanisms, like if you’ve gotten injured, you might have taken ibuprofen a non-steroidal, anti-inflammatory, drug or NSAID for the pain it works by inhibiting certain enzymes. In your stomach that make compounds called prostaglandins, those prostaglandins keep the Inflammation process steps process going so by inhibiting the enzyme that makes them ibuprofen reduces inflammation or people with rheumatoid arthritis might take a drug that reduces inflammation by inhibiting one of those chemical messengers called tumor necrosis factor Alpha both drugs result in a reduced, inflammatory response, but take different paths to get there.

Knowing all that Inflammation process steps, we can’t say that inflammation is clearly bad or clearly good. We need this process in order to survive, but too much for too long can be harmful. Thanks for joining us for season two of the seeker, human, I had so much fun with season one and I’m stoked to bring you more videos on this channel, make sure to subscribe to our youtube channel for more videos like this one and follow us on all the Social media, we’re at seeker on everything

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Inflammation Process Steps

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