Quotes About Cells

For disease prevention, berries of all colors have "emerged as champions," according to the head of the Bioactive Botanical Research Laboratory.39 The purported anticancer properties of berry compounds have been attributed to their apparent ability to counteract, reduce, and repair damage resulting from oxidative stress and inflammation.40 But it wasn't known until recently that berries may also boost your levels of natural killer cells.

Influenza transmission is legendary. The dying cells in the respiratory tract trigger an inflammatory response, which triggers the cough reflex. The virus thus uses the body's own defenses to infect other potential hosts.

For instance, sulforaphane, considered one of the more active components in cruciferous vegetables, kills human leukemia cells in a petri dish while having little impact on the growth of normal cells.8 As we've discussed, cruciferous vegetables include broccoli, cauliflower, and kale, but there are many others in this family, such as collard greens, watercress, bok choy, kohlrabi, rutabaga, turnips, arugula, radishes (including horseradish), wasabi, and all types of cabbage.

Earl Stadtman was quoted as saying, "Aging is a disease. The human lifespan simply reflects the level of free radical damage that accumulates in cells. When enough damage accumulates, cells can't survive properly anymore and they just give up.

something in the peels of organic apples (presumably present in conventional ones as well) that appears to reactivate a tumor-suppressor gene called maspin (an acronym for mammary serine protease inhibitor). Maspin is one of the tools your body appears to use to keep breast cancer at bay. Breast cancer cells find a way to turn off this gene, but apple peels appear to be able to turn it back on.

take tumors to double once? Breast cancers can double in size in anywhere from as few as twenty-five days8 to a thousand days or more.9 In other words, it could be two years, or it could be more than a hundred years, before a tumor starts to cause problems. Where you fall on that

LDL cholesterol stimulates the growth of breast cancer cells in a petri dish—they just gobble up the so-called bad cholesterol. Tumors may suck up so much cholesterol that cancer patients' cholesterol levels tend to plummet as their cancer grows.76

will discuss molecular machines that allow cells to swim, and you will see what is required for them to do so.

People shed their dead skin at a rate of forty thousand cells per minute. These dead cells form what we call a 'skin raft,' which floats on the air before settling to the ground, but they don't last long, even under ideal conditions, let alone in this wind.

I am not suggesting that single cells are conscious. I am suggesting that they may have some type of processing that is necessary or similar to the processing that results in conscious experience.

The circadian timing system modulates the activity of every cell in our body. Timed light exposure is nature's way of keeping the activity of these cells in check.

Although it costs taxpayers more than twice as much to send an 18-year-old to prison as to university, politicians reap greater rewards from lobbyists and conservative voters for building cells than for building classrooms.

One cell in its unspeakable complexity would be worth the worship and awe of the entire universe. And cells were everywhere, their miraculous ness diminished only by their ubiquity.

These are our strength, who strike against history. These whose corrupt cells owe their new styles of weakness to our diseases; these carrying light for safety on their foreheads descended deeper for richer faults of ore, drilling their death. These touching radium and the luminous poison, carried their death on their lips and with their warning glow in their graves.

1. Cellular reality everything consists of small cells, each in its own cell, in which there is a smaller cell and so on to infinity, a prison, not reality, each in its own cell in its own space. Everyone is at the micro-cellular level of perfectionism, morally limited in their cells of egoism. 2. Desires are the karmic nostalgia of deja vu, eternal oblivion in the endless time loops of a vicious childhood of illusions. Author: Musin Almat Zhumabekovich

The power, it seduced, whispering to me to weave it into my own cells." A glance over his shoulder. "Before you, I would've no doubt accepted it and it would've destroyed me from the inside out." "Before you," she whispered, "I was shut up inside my heart, protecting it from harm, and never knowing the glory I missed." She linked her hand in his. "You and I, we're a unit. I dare any evil on this earth to tear us apart.

Instead of answering, Judd—having built up the correct focus—bent the muzzle of the gun downward, rendering it ineffective. The rebel Arrow threw it aside, hitting Judd with a telepathic blow at the same time … but Judd had his psychic hands in the cells of the male's heart. He shifted things enough to pinch a blood vessel.

The average human comprises forty trillion eukaryotic cells and an accompanying microbiome of a hundred trillion bacteria, mostly in the gut, and one quadrillion viruses. We are, in raw cell numbers, more microbe than mammal.

The genes of this cryptic organism may flag it as a methane-generating anaerobe, but the cells could be ticking over, rather than farting with gay abandon, and contributing little to the chemical balance of the soil. At the time of sampling, it might have been waiting for a dip in oxygen levels that would permit its return to normal flatulent programming.

At the level of their biochemistry, the barrier between bacteria and complex cells barely exists.

Your 40 trillion cells contain at least a quadrillion mitochondria, with a combined convoluted surface area of about 14,000 square metres; about four football fields.

It seems that all eukaryotic cells either have, or once had (and then lost) mitochondria. In other words, possession of mitochondria is a sine qua non of the eukaryotic condition

Detecting Cancer The surface structures of cancer cells are crinkly and wrinkly. These convoluted structures display fractal properties which vary markedly during the different stages of the cancer cell's growth. Using computers, mathematical pictures can be obtained, which reveal whether or not cells are going cancerous. The computer is able to measure the fractal structure of cells. If cells are too fractal, it spells trouble. There is something wrong with those cells.

The glial-derived neurotrophic factor (GDNF) that he referred to is a brain growth factor. It functions like a growth-promoting fertilizer in the brain. GDNF is made by glial cells, one of the major types of cells in the brain. Fifteen percent of our brain cells are neurons; the other 85 percent are glial cells.