Pathogen Quotes

Not every conflict is necessarily neurotic; some amount of conflict is normal and healthy. In a similar sense suffering is not always a pathological phenomenon; rather than being a symptom of neurosis, suffering may well be a human achievement, especially if the suffering grows out of existential frustration... Existential frustration is neither pathological or pathogenic.

Love is a sickness. Some kind of a pathogen existing above all explanation.

When a pathogen leaps from some nonhuman animal into a person, and succeeds there in establishing itself as an infectious presence, sometimes causing illness or death, the result is a zoonosis.

Ecological disturbance causes diseases to emerge. Shake a tree, and things fall out. Nearly all zoonotic diseases result from infection by one of six kinds of pathogen: viruses, bacteria, fungi, protists (a group of

Scientific studies and government records suggest that virtually all (upwards of 95 percent of) chickens become infected with E. coli (an indicator of fecal contamination) and between 39 and 75 percent of chickens in retail stores are still infected. Around 8 percent of birds become infected with salmonella (down from several years ago, when at least one in four birds was infected, which still occurs on some farms). Seventy to 90 percent are infected with another potentially deadly pathogen, campylobacter. Chlorine baths are commonly used to remove slime, odor, and bacteria. Of course, consumers might notice that their chickens don't taste quite right - how good could a drug-stuffed, disease-ridden, shit-contaminated animal possibly taste? - but the birds will be injected (or otherwise pumped up) with "broths" and salty solutions to give them what we have come to think of as the chicken look, smell, and taste. (A recent study by Consumer Reports found that chicken and turkey products, many labeled as natural, "ballooned with 10 to 30 percent of their weight as broth, flavoring, or water.

There is no talking rationally, using logic or facts, with someone under the spell of the psychic epidemic, as their ability to reason and to use discernment has been disabled and distorted in service to the psychic pathogen which they carry.

Was it possible to feel nostalgic about something that had never happened to him, possible for nostalgia to be taken in by the body as a free pathogen to infect the consciousness with stray sentiments? Perhaps, in his dreams, he had traveled back in time, or even drifted into another dimension of space-time and inhabited the body, experiences, and nostalgia of another. To even envisage so allowed the trauma of those lost moments, though not his own, to draw from him a certain envy for the entity in whose memories he had basked vicariously. . .Perhaps, nostalgia was a microorganism. . .the bacterium that infected. . . Yes. . .maybe he was sick.

The war on foodborne pathogens deserves the sort of national attention and resources that has been devoted to the war on drugs. Far more Americans are severely harmed every year by food poisoning than by illegal drug use. And the harms caused by food poisoning are usually inadvertent and unanticipated. People who smoke crack know the potential dangers; most people who eat hamburgers don’t. Eating in the United States should no longer be a form of high-risk behavior.

The anthrax, like the reactivation of the human pathogens of hatred and tribalism in this evolving century, had never died. It lay in wait, sleeping, until extreme circumstances brought it to the surface and back to life.

Whoever accelerates the media of earth, water and air centrifugally perishes unconditionally, for in so doing they reduce the Blood of the Earth (water) to a pathogenic state and make it the most dangerous enemy of all living and growing things.

Human waste has pathogens in it that, you guessed it, infect humans.

Pathogens thrive on inequality and injustice.

Highly pathogenic bird flu viruses are primarily the products of factory farming.

We may see very clearly how the wrong sound, or “anti-music,” is pathogenic and migrainogenic; while the right sound—proper music—is truly tranquillising, and immediately restores cerebral health. These effects are striking, and quite fundamental, and put one in mind of Novalis’s aphorism: “Every disease is a musical problem; every cure is a musical solution.

let’s begin with the word “vector.” It comes from the Latin root vehere, “to carry,” which also gives us words like “vehicle” and “conveyor belt.” To an epidemiologist, a vector is the carrier of a pathogen, like the mosquito that conveys malaria to your bloodstream. To a mathematician, a vector (at least in its simplest form) is a step that carries you from one place to another.

How do such diseases leap from nonhuman animals into people, and why do they seem to be leaping more frequently in recent years? To put the matter in its starkest form: Human-caused ecological pressures and disruptions are bringing animal pathogens ever more into contact with human populations, while human technology and behavior are spreading those pathogens ever more widely and quickly.

The basic pathogenic picture emerging from the era of the first connective generation is characterized by the hypermobilizing of nervous energies, by informational overload, by a constant straining of our attention faculties. A particular aspect and an important consequence of this nervous hypermobilization is the rarity of bodily contact, the physical and psychical solitude of the infospheric individual.

Doctors generally consider smallpox to be the worst human disease. It is thought to have killed more people than any other infectious pathogen, including the Black Death of the Middle Ages. Epidemiologists think that smallpox killed roughly one billion people during its last hundred years of activity onearth.

Further evidence for the pathogenic role of dissociation has come from a largescale clinical and community study of traumatized people conducted by a task force of the American Psychiatric Association. In this study, people who reported having dissociative symptoms were also quite likely to develop persistent somatic symptoms for which no physical cause could be found. They also frequently engaged in self-destructive attacks on their own bodies. The results of these investigations validate the century-old insight that traumatized people relive in their bodies the moments of terror that they can not describe in words. Dissociation appears to be the mechanism by which intense sensory and emotional experiences are disconnected from the social domain of language and memory, the internal mechanism by which terrorized people are silenced.

In all likelihood, the most significant of these is a heightened chance of acquiring harmful parasites or diseases from a conspecific. Both parasites and pathogens are often species-specific and many of them have evolved mechanisms to defeat their host’s immune defenses. As a result, predators that consume their own kind run a greater risk of picking up a disease or a parasite than do predators that feed solely on other species.

As for the actual causation of neuroses, apart from constitutional elements, whether somatic or psychic in nature, such feedback mechanisms as anticipatory anxiety seem to be a major pathogenic factor. A given symptom is responded to by a phobia, the phobia triggers the symptom, and the symptom, in turn, reinforces the phobia.

Somewhere, a trucker reads alien letters carved into the bathroom stall walls of a truck stop. He cannot look away. Pathogens in the grammar open an event horizon in his head. He spreads the scrawl in every stop on his route, carving it into the stalls. he itches and he scratches. Others see the letters. They itch. They scratch. He scratches his face, draws the runes in red with his box knife. His head blossoms into a bouquet of writhing lampreys.

Our findings highlight the critical need for health monitoring and identification of new, potentially zoonotic pathogens in wildlife populations, as a forecast measure for EIDs.” That sounds reasonable: Let’s keep an eye on wild creatures. As we besiege them, as we corner them, as we exterminate them and eat them, we’re getting their diseases.

I let go of a breath I didn't know I'd been holding. I don't know much about pathogens and storing sugar, but damn if I don't know how to cook good food that makes people hungry for more, that makes people remember food is meant to feed more than an empty belly. It's also meant to nourish your heart. And that's one thing you won't ever learn from no textbook.

The battle lines are well drawn: the microbes’ genetic simplicity and evolutionary swiftness against our intellect, creativity, and collective social and political will. We cannot overwhelm the pathogens, because they so vastly outnumber and outmaneuver us. Our survival depends on outsmarting them.

On island after island, Europeans and their pathogens killed the natives, slave ships appeared on the horizon, and cane sprouted in the fields. Streams of survivors crawled forth from slave ships to replenish the cane-field work gangs of men and women as they died. But enslavers grew fabulously rich.

An amplifier host is a creature in which a virus or other pathogen replicates—and from which it spews—with extraordinary abundance. Some aspect of the host’s physiology, or its immune system, or its particular history of interaction with the bug, or who knows what, accounts for this especially hospitable role.

Well, since alcohol is anti-microbial, that is to say, deadly to germs, humans who drank that instead of water would die at a much lower rate from waterborne pathogens – which, prior to industrial water treatment and purification, were ubiquitous. And so the booze hounds would proliferate, out-surviving and out-reproducing the water-drinkers. Alcoholism may actually be an adaptation. Yes, that would mean the bugs on this planet have bred an entire race of booze hounds. Ain’t evolution a bitch?

It comes and it goes. But epidemiologists have recognized that, with measles virus, as with other pathogens, there’s a critical minimum size of the host population, below which it can’t persist indefinitely as an endemic, circulating infection. This is known as the critical community size (CCS), an important parameter in disease dynamics.

For the most part, we live in an uncomfortable equilibrium with bacteria and viruses, both those inside of us and those outside, in the natural world. But every now and then, the war reignites. An old pathogen, long dormant, returns. A new mutation emerges. Those events are the epidemics and pandemics we confront. They are the battles we fight.

It could me so much worse,' Renée said. 'It could be a disease that involves pus or leaky privates. It could've been one of these things where your parts rot and fall off. There's nothing sexy about swine flu. I bet this is the most sexy pathogen ever. I think it makes me look like a tigress! A fat, frumpy tigress. Like if Catwoman got really out of shape.

Medical communities believe multiple sclerosis is an autoimmune disease resulting from your immune system somehow confusing areas of your nerve sheath with invaders and attacking them. As I say in other chapters, this is a philosophy that will hold back the truth in medical research for decades. The human body does not attack itself. Pathogens are to blame.

Did you know studies show more pathogens are exchanged by shaking hands than a ten-second kiss?

Altogether, only about one microbe in a thousand is a pathogen for humans, according to National Geographic—though, knowing what some of them can do, we could be forgiven

Shirtless, he was prowling around in her bedroom, seeding pathogens in his wake!

Evil is like a pathogen that enters a system, be it an individual, nation-state, or world-system, and exploits that system, knocking it off balance.

Creating a PCR test for a new pathogen is a pretty easy task once you’ve sequenced its genome. Because you already know what its genes look like, you can create the special substances, dye, and other necessary products very quickly—which is why researchers were able to establish PCR tests for COVID just twelve days after the first genome sequences were published.

A glass or two of red wine may be good for your heart but not for your microbiome. Studies show that just one drink per day in women and two in men can induce dysbiosis and bacterial overgrowth. Levels of good bacteria like Lactobacillus fall, while potential pathogens rise, leading to an increase in toxins and other chemicals that can cause inflammation, damage the liver, and increase permeability of the gut. Most of the overgrowth happens in the small intestine and can lead to malnourishment because the excess bacteria consume the nutrients that the small intestine would normally absorb. Some studies report an incidence of small intestinal bacterial overgrowth (SIBO) in alcoholics that’s three times that of the general population.

Many „pathogens“ (both chemical and behavioral) can influence how you turn out; these include substance abuse by a mother during pregnancy, maternal stress, and low birth weight. As a child grows, neglect, physical abuse, and head injury can cause problems in mental development. Once the child is grown, substance abuse and exposure to a variety of toxins can damage the brain, modifying intelligence, aggression, and decision-making abilities. The major public health movement to remove lead-based paint grew out of an understanding that even low levels of lead can cause brain damage that makes children less inteligent and, in some cases, more impulsive and aggressive. How you turn out depends on where you´ve been. So when it comes to thinking about blameworthiness, the first difficulty to consider is that people do not choose their own developmental path. It´s problematic to imagine yourself in the shoes of a criminal and conclude, „Well, I wouldn´t have done that“ – because if you weren´t exposed to in utero cocaine, lead poisoning, or physical abuse, and he was, then you and he are not directly comparable.

Many of the infectious diseases that afflict contemporary humans are caused by Neolithic pathogens.[29] Hepatitis B has been circulating in the European population for something close to 7,000 years.

Existential frustration is in itself neither pathological nor pathogenic. A man’s concern, even his despair, over the worthwhileness of life is an existential distress but by no means a mental disease.

According to him, microscopic robots, or nanobots, will circulate in our blood and “destroy pathogens, correct DNA errors, eliminate toxins, and perform many other tasks to enhance our physical well-being.

For all my respect for history, it seems to me that no insight into the past and no re-experiencing of pathogenic reminiscences – however powerful it may be – is as effective in freeing man from the grip of the past as the construction of something new…no matter what the original circumstances from which they arose, [the neurosis] is conditioned and maintained by a wrong attitude which is present all the time and which, once it is recognized, must be corrected now.

that rising heat in the earth’s oceans and in the human heart could revive long-buried threats, that some pathogens could never be killed, only contained, perhaps at best managed with ever-improving vaccines against their expected mutations.

We cannot rely on trial-and-error approaches to deal with existential risks… We need to vastly increase our investment in developing specific defensive technologies… We are at the critical stage today for biotechnology, and we will reach the stage where we need to directly implement defensive technologies for nanotechnology during the late teen years of this century… A self-replicating pathogen, whether biological or nanotechnology based, could destroy our civilization in a matter of days or weeks.

The difference between Victorian liberals and Soviet Communists should now be clear. Nature, in the form of a new pathogen, played a much larger role in the Irish Famine. The Ukrainian Holodomor, by contrast, was largely man-made and with malice aforethought.

To further complicate the matter, we are altering the dynamic with pathogens simply through our encounters with them. By venturing into the microbes’ homes deep in rain forests, for logging, planting, and hunting for bushmeat; by concentrating large numbers of people together; by breeding millions and millions of pigs and poultry and keeping them in close confines; by overusing and misusing antimicrobial drugs, we humans are forcing microbes to adapt to continual stresses and giving them opportunities nature never did.

Scientists are also developing revolutionary new treatments that work in radically different ways to any previous medicine. For example, some research labs are already home to nano-robots, which may one day navigate through our bloodstream, identify illnesses and kill pathogens and cancerous cells.21 Microorganisms may have 4 billion years of cumulative experience fighting organic enemies, but they have exactly zero experience fighting bionic predators, and would therefore find it doubly difficult to evolve effective defences.

This was a Third World disease attacking First World people. The world is now divided into Third and First, not Old and New. Pathogens once confined to the Third World are now making deadly inroads into the First. This is the future trajectory of disease on planet Earth.

When we think of a pandemic, we often conjure images of deadly infectious diseases that spread rapidly across countries causing unimaginable human suffering (like the Black Death, the Spanish influenza, AIDS, or the ongoing COVID-19 crisis). The West is currently suffering from such a devastating pandemic, a collective malady that destroys people’s capacity to think rationally. Unlike other pandemics where biological pathogens are to blame, the current culprit is composed of a collection of bad ideas, spawned on university campuses, that chip away at

Researchers at the Heidelberg University Hospital conducted a study in which they subjected a young doctor to a job interview, which they made even more stressful by forcing him to solve complex math problems for thirty minutes. Afterward, they took a blood sample. What they discovered was that his antibodies had reacted to stress the same way they react to pathogens, activating the proteins that trigger an immune response. The problem is that this response not only neutralizes harmful agents, it also damages healthy cells, leading them to age prematurely.

Unlike acts of war or catastrophic storms, pandemic-causing pathogens don’t build trust and facilitate cooperative defenses. On the contrary, due to the peculiar psychic experience of new pathogens, they’re more likely to breed suspicion and mistrust among us, destroying social bonds as surely as they destroy bodies.

As species disappear under the onslaught of deforestation or other ecosystem destruction, they at least take their pathogens with them. But in degraded ecosystems, the remaining animals can also carry more pathogens than they might in healthier surroundings, because they are stressed or hungry, and germs take advantage.

Thermophilic composting requires no electricity and therefore no coal combustion, no acid rain, no nuclear power plants, no nuclear waste, no petrochemicals and no consumption of fossil fuels. The composting process produces no waste, no pollutants and no toxic by-products. Thermophilic composting of humanure can be carried out century after century, millennium after millennium, with no stress on our ecosystems, no unnecessary consumption of resources and no garbage or sludge for our landfills. And all the while it will produce a valuable resource necessary for our survival while preventing the accumulation of dangerous pathogenic waste.

Scholars have estimated that by 1850, the aboriginal population in North America—besieged by the invaders’ explosive weaponry, wondrous technology, contemptuous cruelty, and irresistible pathogens, as well as the Indians’ own ever-deepening despair—was just one-tenth of what it had been when Columbus first ventured ashore.

Partly, this sense of an impending pandemic derives from the increasing number of candidate pathogens with the biological capacity to cause one. But it’s also a reflection of the shortcomings in our public-health infrastructure, modes of international cooperation, and ability to maintain social cohesion in the face of contagion.

Hospitals, where large numbers of pathogenic bacteria and antibiotics come into frequent contact, give bacteria the most opportunity to develop resistance and virulence. Researchers examining the effluent streams from hospitals have found them to contain exceptionally large numbers of resistant bacteria as well as large amounts of excreted antibiotics.

Many other raw food products--notably poultry from CAFOs--typically carry a much higher threat to human health in terms of pathogen load, and yet the government trusts us to render it safe in our own humble kitchens. But it's easy to see how impossibly strict milk rules might gratify industry lobbyists, by eliminating competition from family producers.

They may be the water, but you are the boulder that guides their path, and in return they too, shape you.

Right now there are some fifteen thousand scientists authorized to work with deadly pathogens, but there are zero federal agencies charged with assessing the risks of all of these labs, let alone even keeping track of their number. As a consequence, there’ve been countless reports of mishandling of contagious pathogens, of vials gone missing, of poor records.

Plants themselves deliver glyphosate to their microbial helpers, as was found in soybeans that exuded the herbicide from their roots for several weeks after being sprayed. Delivering a broad-spectrum antibiotic to the rhizosphere—the home for microbial communities that provide nutrients to plants and keep pathogens at bay—is not exactly a recipe for improving soil health, crop health, or the nutrient density of food.

Medicine Means (The Sonnet) MEDICINE means Mercy, MEDICINE means Empathy, MEDICINE means Dare, MEDICINE means Integrity, MEDICINE means Care, MEDICINE means Ingenuity, MEDICINE means Nobility, MEDICINE means Ethicality. Medicine is not a profession, Medicine is but a sacred calling. An average doctor saves a body, A good doctor saves a being. Pathogens exist to cash in on sickness. A doctor exists to be lost among patients.

If it weren't for the economy operated by humans constantly assailing the wild, encroaching upon it, tearing into it, chopping it up, destroying it with a zeal bordering on lust for extermination, these things wouldn't happen. The pathogens would not come leaping towards us. They would be secure among their natural hosts. But when those hosts are cornered, stressed, expelled and killed, they have two options: go extinct or jump.

High-quality and transparent data, clearly documented, timely rendered, and publicly available are the sine qua non of competent public health management. During a pandemic, reliable and comprehensive data are critical for determining the behavior of the pathogen, identifying vulnerable populations, rapidly measuring the effectiveness of interventions, mobilizing the medical community around cutting-edge disease management, and inspiring cooperation from the public. The shockingly low quality of virtually all relevant data pertinent to COVID-19, and the quackery, the obfuscation, the cherrypicking and blatant perversion would have scandalized, offended, and humiliated every prior generation of American public health officials. Too often, Dr. Fauci was at the center of these systemic deceptions. The “mistakes” were always in the same direction—inflating the risks of coronavirus and the safety and efficacy of vaccines in

The same tools that enable doctors to quickly identify and cure new illnesses may also enable armies and terrorists to engineer even more terrible diseases and doomsday pathogens. It is therefore likely that major epidemics will continue to endanger humankind in the future only if humankind itself creates them, in the service of some ruthless ideology. The era when humankind stood helpless before natural epidemics is probably over. But we may come to miss it. Breaking

Twenty-five percent of the nurses in one study, writes Larson, had dry, damaged skin. Ironically, the nurses may be exacerbating the very thing that hand-washing seeks to prevent: the spread of infectious bacteria. Larson says healthy skin sheds 10 million particles a day, and 10 percent of those harbor bacteria. Dry, damaged skin flakes off more readily than healthy, lubricated skin and thus disperses more bacteria. Damaged skin also harbors more pathogens than healthy skin. As

Biotechnology enables us to defeat bacteria and viruses, but it simultaneously turns humans themselves into an unprecedented threat. The same tools that enable doctors to quickly identify and cure new illnesses may also enable armies and terrorists to engineer even more terrible diseases and doomsday pathogens. It is therefore likely that major epidemics will continue to endanger humankind in the future only if humankind itself creates them, in the service of some ruthless ideology.

The pathogenic conflict exists only in the present moment. It is just as if a nation wanted to regard its miserable political conditions at the actual moment as due to the past ; as if the Germany of the 19th century had attributed its political dismemberment and incapacity to its suppression by the Romans, instead of having sought the actual sources of her difficulties in the present. Only in the actual present are the effective causes, and only here are the possibilities of removing them.

Along with unemployment neurosis, which is triggered by an individual's socioeconomic situation, there are other types of depression which are traceable back to psychodynamic or biochemical conditions, whichever the case may be. Accordingly, psychotherapy and pharmacotherapy are indicated respectively. Insofar as the feeling of meaninglessness is concerned, however, we should not overlook and forget that, per se, it is not a matter of pathology; rather than being the sign and symptom of a neurosis, it is, I would say, the proof of one's humanness. But although it is not caused by anything pathological, it may well cause a pathological reaction; in other words, it is potentially pathogenic. Just consider the mass neurotic syndrome so pervasive in the young generation: there is ample empirical evidence that the three facets of this syndrome - depression, aggression, addiction - are due to what is called in logotherapy "the existential vacuum," a feeling of emptiness and meaninglessness.

The economic logic of gathering so many animals together to feed them cheap corn in CAFOs is hard to argue with; it has made meat, which used to be a special occasion in most American homes, so cheap and abundant that many of us now eat it three times a day. Not so compelling is the biological logic behind this cheap meat. Already in their short history CAFOs have produced more than their share of environmental and health problems: polluted water and air, toxic wastes, novel and deadly pathogens.

The talk of sin is of course to many a big turn-off; to others, an even bigger myth - because in reality, sin is like the spiritual equivalent of a microscopic parasite, or a virus, or better yet even, an infectious disease. And just as one might never know of, until visiting a competent doctor, the tiny pathogens progressively eroding one's body, so we might never know that in sin we are eroding our being and losing direction until hearing the Word of God rightfully applied. Therefore I ask, which of the doctors would then be the more competent: the one who finds the problem and gives the solution, or the one who willfully ignores the problem (or rather finds the problem when it is much too late)? Seldom does anyone write off the knowledge of medicine for the physical body as primitive practice, so neither must the knowledge of the Word of God for one's spiritual well-being remain written off as primitive practice - quite the opposite really. As it is written thus: 'Lean not on your own understanding.

It’s critical to know that our bodies don’t attack themselves. Here is the truth: the inflammation in the joints is there to protect you from attack by a particularly common virus. Your body is working hard to stop pathogens from digging deeper into the joints and the tissue around them. When the inflammation becomes long-term and chronic, that’s when it becomes the problem known as RA—but it is still your body working to ward off viral damage. Doctors also believe that there’s no way to heal from rheumatoid arthritis. They’re mistaken about that, too.

Biotechnology enables us to defeat bacteria and viruses, but it simultaneously turns humans themselves into an unprecedented threat. The same tools that enable doctors to quickly identify and cure new illnesses may also enable armies and terrorists to engineer even more terrible diseases and doomsday pathogens. It is therefore likely that major epidemics will continue to endanger humankind in the future only if humankind itself creates them, in the service of some ruthless ideology. The era when humankind stood helpless before natural epidemics is probably over. But we may come to miss it.

The history of epidemics in human populations has always been closely connected to cities. From the Great Plague of Athens (430 BC) to the COVID-19 pandemic, cities have played a unique role in the lives of epidemics that affect human populations. The increased population density provides the pathogen with a vastly increased likelihood that during a given infectious period, an infected individual will make contact with a susceptible individual. Overcrowding and urban poverty also directly affect other epidemic processes, e.g. attracting vectors who thrive on the byproducts of urban human existence.

But far from being a harmless source of fertilizer, dog feces is both an environmental contaminant (and is classified as such by the Environmental Protection Agency) and a source of pathogens that can infect people. Like human excreta, dog poo teems with pathogenic microbes, such as strains of E. coli, roundworms, and other parasites. One of the most common parasitic infections in Americans is the result of their exposure to dog feces. The dog roundworm Toxocara canis is common in dogs and, because of the ubiquity of dog feces, widespread in the environment. It can contaminate soil and water for years.

These scientists are on alert. They are our sentries. They watch the boundaries across which pathogens spill. And they are productively interconnected with one another. When the next novel virus makes its way from a chimpanzee, a bat, a mouse, a duck or a macaque into a human, and maybe from that human into another human, and thereupon begins causing a small cluster of lethal illnesses, they will see it - we hope they will, anyway - and raise the alarm. Whatever happens after that will depend on science, politics, social mores, public opinion, public will and other forms of human behavior. It will depend on how we citizens respond.

Why would we have evolved this way? The most probable answer is that an organism that responds quickly to fast-changing social environments will more likely survive them. That organism won’t have to wait around, as it were, for better genes to evolve on the species level. Immunologists discovered something similar twenty-five years ago: adapting to new pathogens the old-fashioned way—waiting for natural selection to favor genes that create resistance to specific pathogens—would happen too slowly to counter the rapidly changing pathogen environment. Instead, the immune system uses networks of genes that can respond quickly and flexibly to new threats.

Not every conflict is necessarily neurotic; some amount of conflict is normal and healthy. In a similar sense suffering is not always a pathological phenomenon; rather than being a symptom of neurosis, suffering may well be a human achievement, especially if the suffering grows out of existential frustration... Existential frustration is neither pathological or pathogenic. A man’s concern, even his despair, over the worthwhileness of life is an existential distress but by no means a mental disease. It may well be that interpreting the first in terms of the latter motivates a doctor to bury his patient’s existential despair under a heap of tranquilizing drugs.

Not every conflict is necessarily neurotic; some amount of conflict is normal and healthy. In a similar sense suffering is not always a pathological phenomenon; rather than being a symptom of neurosis, suffering may well be a human achievement, especially if the suffering grows out of existential frustration. I would strictly deny that one’s search for a meaning to his existence, or even his doubt of it, in every case is derived from, or results in, any disease. Existential frustration is in itself neither pathological nor pathogenic. A man’s concern, even his despair, over the worthwhileness of life is an existential distress but by no means a mental disease.

Other evidence suggests that the 1918 virus might have mutated within pigs (which are uniquely susceptible to both human and bird viruses) or even in human populations for a time before reaching the deadly virtuosity of its final version. We cannot be sure. What we can be sure of is that there is scientific consensus that new viruses, which move between farmed animals and humans, will be a major global health threat into the foreseeable future. The concern is not only bird flu or swine flu or whatever-comes-next, but the entire class of “zoonotic” (animal-to-human or vice versa) pathogens — especially viruses that move between humans, chickens, turkeys, and pigs.

Our slowest defensive response is through natural selection, which changes our gene frequencies from generation to generation. For almost any disease, some people prove to be genetically more resistant than are others. In an epidemic those people with genes for resistance to that particular microbe are more likely to survive than are people lacking such genes. As a result, over the course of history, human populations repeatedly exposed to a particular pathogen have come to consist of a higher proportion of individuals with those genes for resistance—just because unfortunate individuals without the genes were less likely to survive to pass their genes on to babies.

It is dynamic. In some cells, it reshuffles its own sequence to make novel variants of itself. Cells of the immune system secrete "anti-bodies"-missilelike proteins designed to attach themselves to invading pathogens. But since pathogens are constantly evolving, antibodies must also be capable of changing; an evolving pathogen demands an evolving host. The genome accomplishes this counter-evolution by reshuffling its genetic elements-thereby achieving astounding diversity)s...tru...c...t...ure and g...en...ome can be reshuffled to form an entirely new word c...ome...t). The reshuffled genes generate the diversity of antibodies. In these cells, every genome is capable of giving rise to an entirely different genome.

In nature, nitric oxide is a formidable toxin and a common component of air pollution. So scientists were naturally a little surprised when, in the mid-1980s, they found it being produced in a curiously devoted manner in human cells. Its purpose was at first a mystery, but then scientists began to find it all over the place—controlling the flow of blood and the energy levels of cells, attacking cancers and other pathogens, regulating the sense of smell, even assisting in penile erections. It also explained why nitroglycerine, the well-known explosive, soothes the heart pain known as angina. (It is converted into nitric oxide in the bloodstream, relaxing the muscle linings of vessels, allowing blood to flow more freely.)

Vaccinations are the application of evolutionary principles in action. If we can control the contact made between pathogen and lymphocyte populations, we can go a long way toward eliminating disease.108 It doesn’t require total annihilation but rather a control on population dynamics. Vaccines are the way we use selective cloning to keep a pathogenic population in a state of benign coexistence. The process is based on evolution, as pointed out by Nobel laureate Susumu Tonegawa: “Genes can mutate and recombine. These dynamic characteristics of genetic material are essential elements of evolution. Do they also play an important role during the development of a single multicellular organism? Our results strongly suggest that this is the case for the immune system.

Over a five-year period they had met casually with Montero’s chief supporters, in the fields of science and defense. In each case a simple handshake or pat on the back yielded the fleck of skin or single strand of hair needed for a genetic sample. These specimens were then studied with the individual’s particular vulnerabilities being identified. Later, pathogen-loaded viruses, or DNA bombs as Donald called them, were engineered from the samples to deliver infectious agents lethal only to the original donors. These viruses could then be injected harmlessly into the assassin and carried invisibly to their mark. In the target’s presence, a simple cough would release the magic bullet, killing the victim within a few hours or days. Referring to Special Atomic Miniature Munitions, or SAMM suitcase nuclear warheads,

We may not like thinking about it, but germs crawl eternally over every speck of our planet. Our own bodies are bacterial condos, with established relationships between the upstairs and downstairs neighbors. Without these regular residents, our guts are easily taken over by less congenial newcomers looking for low-rent space. What keeps us healthy is an informed coexistence with microbes, rather than the micro-genocide that seems to be the rage lately. Germophobic parents can now buy kids' dinnerware, placemats, even clothing imbedded with antimicrobial chemicals. Anything that will stand still, if we mean to eat it, we shoot full of antibiotics. And yet, more than 5,000 people in the United States die each year from pathogens in our food. Sterility is obviously the wrong goal, especially as a substitute for careful work.

Surprises at the cellular level turn up all the time. In nature, nitric oxide is a formidable toxin and a common component of air pollution. So scientists were naturally a little surprised when, in the mid-1980s, they found it being produced in a curiously devoted manner in human cells. Its purpose was at first a mystery, but then scientists began to find it all over the place—controlling the flow of blood and the energy levels of cells, attacking cancers and other pathogens, regulating the sense of smell, even assisting in penile erections. It also explained why nitroglycerine, the well-known explosive, soothes the heart pain known as angina. (It is converted into nitric oxide in the bloodstream, relaxing the muscle linings of vessels, allowing blood to flow more freely.) In barely the space of a decade this one gassy substance went from extraneous toxin to ubiquitous elixir.

Since leaving Moscow I have encountered an alarming level of ignorance about biological weapons. Some of the best scientists I've encountered in the West say it isn't possible to alter viruses genetically to make reliable weapons, or to store enough of a give pathogen for strategic purposes, or to deliver it in a way that assures maximum killing power. My knowledge and experience tell me that they are wrong. I have written this book to explain why. There are some who maintain that discussing the subject will cause needless alarm. But existing defenses against these weapons are dangerously inadequate, and when biological terror strikes, as I am convinced it will, public ignorance will only heighten the disaster. The first step we must take to protect ourselves is to understand what biological weapons are and how they work. The alternative is to remain as helpless as the monkeys in the Aral Sea.

For years, Britain operated a research facility called the Common Cold Unit, but it closed in 1989 without ever finding a cure. It did, however, conduct some interesting experiments. In one, a volunteer was fitted with a device that leaked a thin fluid at his nostrils at the same rate that a runny nose would. The volunteer then socialized with other volunteers, as if at a cocktail party. Unknown to any of them, the fluid contained a dye visible only under ultraviolet light. When that was switched on after they had been mingling for a while, the participants were astounded to discover that the dye was everywhere—on the hands, head, and upper body of every participant and on glasses, doorknobs, sofa cushions, bowls of nuts, you name it. The average adult touches his face sixteen times an hour, and each of those touches transferred the pretend pathogen from nose to snack bowl to innocent third party to doorknob to innocent fourth party and so on until pretty much everyone and everything bore a festive glow of imaginary snot.

Homologous recombination occurs naturally to create genetic diversity in our offspring and is also conveniently harnessed by scientists to introduce experimental DNA into cells or animals. We do not yet know if this occurs with the contaminating human DNA found in some of our vaccines, and if so, to what extent. Imagine the potential consequences of human DNA from a vaccine, a vaccine that is given to children at an average age of 15 months, being incorporated into a child’s developing brain. One does not need to be a rocket scientist to know that this potential has to be studied. In addition to the potential for homologous recombination, DNA is known to be a powerful immune stimulant. Diseases like graft versus host, juvenile (type I) diabetes, multiple sclerosis, lupus and some forms of arthritis are what are called auto-immune diseases. These are diseases driven by immune attack from our own immune system on our own organs, a system normally responsible to attack invading bacteria and pathogens. Targeted self-destruction, if you will.

This medical view of an ideal male who was insulated from pathogens was inextricably bound up with a parallel discourse about the maintenance of strong ego boundaries, a psychic investment in one’s bodily peripheries that effected a gradual closing (and, one might say, a closing off) of the male body, at once from the outer world of dangerous stimuli and from the inner world of threatening passions. Without a doubt, as Norbert Elias has shown, in the western world both men and women experienced a shift in their sense of personal boundaries during the early modern era where, amid changing social circumstances, rising thresholds of repugnance and shame were manifested among the upper-classes as a growing aversion to their own bodily functions and to the bodies of others. The changes wrought by new developments in table manners and etiquette were extended by the introduction of hygienic practices in the eighteenth and nineteenth centuries that endeavored to maximise the order and cleanliness of the social body while futher compartmentalising the bourgeois self as a discrete bodily unit.

A lot of these viruses, a lot of these pathogens that come out of wildlife into domestic animals or people, have existed in wild animals for a very long time,” he said. They don’t necessarily cause any disease. They have coevolved with their natural hosts over millions of years. They have reached some sort of accommodation, replicating slowly but steadily, passing unobtrusively through the host population, enjoying long-term security—and eschewing short-term success in the form of maximal replication within each host individual. It’s a strategy that works. But when we humans disturb the accommodation—when we encroach upon the host populations, hunting them for meat, dragging or pushing them out of their ecosystems, disrupting or destroying those ecosystems—our action increases the level of risk. “It increases the opportunity for these pathogens to jump from their natural host into a new host,” he said. The new host might be any animal (the horse in Australia, the palm civet in China) but often it’s humans, because we are present so intrusively and abundantly. We offer a wealth of opportunity.

For years, Britain operated a research facility called the Common Cold Unit, but it closed in 1989 without ever finding a cure. It did, however, conduct some interesting experiments. In one, a volunteer was fitted with a device that leaked a thin fluid at his nostrils at the same rate that a runny nose would. The volunteer then socialized with other volunteers, as if at a cocktail party. Unknown to any of them, the fluid contained a dye visible only under ultraviolet light. When that was switched on after they had been mingling for a while, the participants were astounded to discover that the dye was everywhere—on the hands, head, and upper body of every participant and on glasses, doorknobs, sofa cushions, bowls of nuts, you name it. The average adult touches his face sixteen times an hour, and each of those touches transferred the pretend pathogen from nose to snack bowl to innocent third party to doorknob to innocent fourth party and so on until pretty much everyone and everything bore a festive glow of imaginary snot. In a similar study at the University of Arizona, researchers infected the metal door handle to an office building and found it took only about four hours for the “virus” to spread through the entire building, infecting over half of employees and turning up on virtually every shared device like photocopiers and coffee machines. In the real world, such infestations can stay active for up to three days. Surprisingly, the least effective way to spread germs (according to yet another study) is kissing. It proved almost wholly ineffective among volunteers at the University of Wisconsin who had been successfully infected with cold virus. Sneezes and coughs weren’t much better. The only really reliable way to transfer cold germs is physically by touch. A survey of subway trains in Boston found that metal poles are a fairly hostile environment for microbes. Where microbes thrive is in the fabrics on seats and on plastic handgrips. The most efficient method of transfer for germs, it seems, is a combination of folding money and nasal mucus. A study in Switzerland in 2008 found that flu virus can survive on paper money for two and a half weeks if it is accompanied by a microdot of snot. Without snot, most cold viruses could survive on folding money for no more than a few hours.

Why had the introduction of a supposedly harmless virus carrying a gene into the liver caused such a devastating, fatal reaction? As physicians, scientists, and regulators sifted through the trial, the reasons for the failed experiment became evident. The vectors used to infect Gelsinger's cells had never been properly vetted in humans. But most important, Gelsinger's immune response to the virus should have been anticipated. Gelsinger had likely been naturally exposed to the strain of adenovirus that had been used in the gene-therapy experiment. His brisk immune response was not an aberration; it was the perfectly habitual response of a body fighting a pathogen that it had previously encountered, possibly during infection by a cold. In choosing a common human virus as their vehicle for gene delivery, gene therapists had made a crucial error of judgment: they had neglected to consider that genes were being delivered into a human body with a history, with scars, memories, and prior exposures. "How could such a beautiful thing go so, so wrong?" Paul Gelsinger had asked. We now know how: because-seeking only beauty-scientists were unprepared for catastrophe. The doctors pushing the frontiers of human medicine had forgotten to account for the common cold.

Yet the homogeneity of contemporary humanity is most apparent when it comes to our view of the natural world and of the human body. If you fell sick a thousand years ago, it mattered a great deal where you lived. In Europe, the resident priest would probably tell you that you had made God angry and that in order to regain your health you should donate something to the church, make a pilgrimage to a sacred site, and pray fervently for God’s forgiveness. Alternatively, the village witch might explain that a demon had possessed you and that she could cast it out using song, dance, and the blood of a black cockerel. In the Middle East, doctors brought up on classical traditions might explain that your four bodily humors were out of balance and that you should harmonize them with a proper diet and foul-smelling potions. In India, Ayurvedic experts would offer their own theories concerning the balance between the three bodily elements known as doshas and recommend a treatment of herbs, massages, and yoga postures. Chinese physicians, Siberian shamans, African witch doctors, Amerindian medicine men—every empire, kingdom, and tribe had its own traditions and experts, each espousing different views about the human body and the nature of sickness, and each offering their own cornucopia of rituals, concoctions, and cures. Some of them worked surprisingly well, whereas others were little short of a death sentence. The only thing that united European, Chinese, African, and American medical practices was that everywhere at least a third of all children died before reaching adulthood, and average life expectancy was far below fifty.14 Today, if you happen to be sick, it makes much less difference where you live. In Toronto, Tokyo, Tehran, or Tel Aviv, you will be taken to similar-looking hospitals, where you will meet doctors in white coats who learned the same scientific theories in the same medical colleges. They will follow identical protocols and use identical tests to reach very similar diagnoses. They will then dispense the same medicines produced by the same international drug companies. There are still some minor cultural differences, but Canadian, Japanese, Iranian, and Israeli physicians hold much the same views about the human body and human diseases. After the Islamic State captured Raqqa and Mosul, it did not tear down the local hospitals. Rather, it launched an appeal to Muslim doctors and nurses throughout the world to volunteer their services there.15 Presumably even Islamist doctors and nurses believe that the body is made of cells, that diseases are caused by pathogens, and that antibiotics kill bacteria.

In the late 1940s and early 1950s, Olson had traveled across the United States overseeing field tests that dispersed biological agents from aircraft and crop dusters in San Francisco, the Midwest, and Alaska. Some field tests involved harmless simulants and others involved dangerous pathogens, as Senate hearings later revealed. One such dangerous experiment was conducted by Olson and his Detrick colleague Norman Cournoyer. The two men went to Alaska and oversaw bacteria being sprayed out of airplanes to see how the pathogens would disperse in an environment similar to that of a harsh Russian winter. “We used a spore,” Cournoyer explained, “which is very similar [to} anthrax, so to that extent we did something that was not kosher. Because we picked it up all over [the United States] months after we did the tests.” A third man involved in the covert tests with Cournoyer and Olson was Dr. Harold Batchelor, the bacteriologist who learned airborne spray techniques from Dr. Kurt Blome, whom Batchelor consulted with in Heidelberg. Olson and Batchelor also conducted covert field tests in closed spaces across America, including in subways and in the Pentagon. For these tests, the Special Operations Division used a relatively harmless pathogen that simulated how a deadly pathogen would disperse. A congressional inquiry into these covert tests found them “appalling” in their deception.

For years, Britain operated a research facility called the Common Cold Unit, but it closed in 1989 without ever finding a cure. It did, however, conduct some interesting experiments. In one, a volunteer was fitted with a device that leaked a thin fluid at his nostrils at the same rate that a runny nose would. The volunteer then socialized with other volunteers, as if at a cocktail party. Unknown to any of them, the fluid contained a dye visible only under ultraviolet light. When that was switched on after they had been mingling for a while, the participants were astounded to discover that the dye was everywhere—on the hands, head, and upper body of every participant and on glasses, doorknobs, sofa cushions, bowls of nuts, you name it. The average adult touches his face sixteen times an hour, and each of those touches transferred the pretend pathogen from nose to snack bowl to innocent third party to doorknob to innocent fourth party and so on until pretty much everyone and everything bore a festive glow of imaginary snot. In a similar study at the University of Arizona, researchers infected the metal door handle to an office building and found it took only about four hours for the “virus” to spread through the entire building, infecting over half of employees and turning up on virtually every shared device like photocopiers and coffee machines. In the real world, such infestations can stay active for up to three days.

Suppose we humans are, as a species, exhibiting disease behavior: we’re multiplying with no regard for limits, consuming natural resources as if there will be no future generations, and producing waste products that are distressing the planet upon which our very survival depends. There are two factors which we, as a species, are not taking into consideration. First is the survival tactic of pathogens, which requires additional hosts to infect. We do not have the luxury of that option, at least not yet. If we are successful at continuing our dangerous behavior, then we will also succeed in marching straight toward our own demise. In the process, we can also drag many other species down with us, a dreadful syndrome that is already underway. This is evident by the threat of extinction that hangs, like the sword of Damocles, over an alarming number of the Earth’s species. There is a second consideration: infected host organisms fight back. As humans become an increasing menace, can the Earth try to defend itself? When a disease organism infects a human, the human body elevates its own temperature in order to defend itself. This rise in temperature not only inhibits the growth of the infecting pathogen, but also greatly enhances the disease fighting capability within the body. Global warming may be the Earth’s way of inducing a global “fever” as a reaction to human pollution of the atmosphere and human over-consumption of fossil fuels.

Plants have long been, and still are, humanity’s primary medicines. They possess certain attributes that pharmaceuticals never will: 1) their chemistry is highly complex, too complex for resistance to occur — instead of a silver bullet (a single chemical), plants often contain hundreds to thousands of compounds; 2) plants have developed sophisticated responses to bacterial invasion over millions of years — the complex compounds within plants work in complex synergy with each other and are designed to deactivate and destroy invading pathogens through multiple mechanisms, many of which I discuss in this book; 3) plants are free; that is, for those who learn how to identify them where they grow, harvest them, and make medicine from them (even if you buy or grow them yourself, they are remarkably inexpensive); 4) anyone can use them for healing — it doesn’t take 14 years of schooling to learn how to use plants for your healing; 5) they are very safe — in spite of the unending hysteria in the media, properly used herbal medicines cause very few side effects of any sort in the people who use them, especially when compared to the millions who are harmed every year by pharmaceuticals (adverse drug reactions are the fourth leading cause of death in the United States, according to the Journal of the American Medical Association); and 6) they are ecologically sound. Plant medicines are a naturally renewable resource, and they don’t cause the severe kinds of environmental pollution that pharmaceuticals do — one of the factors that leads to resistance in microorganisms and severe diseases in people.

Dr. Gilligan states: “I am suggesting that the only way to explain the causes of violence, so that we can learn how to prevent it, is to approach violence as a problem in public health and preventive medicine, and to think of violence as a symptom of life-threatening pathology, which, like all form of illness, has an etiology or cause, a pathogen.”160 In Dr. Gilligan's diagnosis he makes it very clear that the greatest cause of violent behavior is social inequality, highlighting the influence of shame and humiliation as an emotional characteristic of those who engage in violence.161 Thomas Scheff, a emeritus professor of sociology in California stated that “shame was the social emotion”.162 Shame and humiliation can be equated with the feelings of stupidity, inadequacy, embarrassment, foolishness, feeling exposed, insecurity and the like – all largely social or comparative in their origin. Needless to say, in a global society with not only growing income disparity but inevitably “self-worth” disparity - since status is touted as directly related to our “success” in our jobs, bank account levels and the like - it is no mystery that feelings of inferiority, shame and humiliation are staples of the culture today. The consequence of those feelings have very serious implications for public health, as noted before, including the epidemic of the behavioral violence we now see today in its various complex forms. Terrorism, local school and church shootings, along with other extreme acts that simply did not exist before in the abstractions they find context today, reveals a unique evolution of violence itself. Dr. Gilligan concludes: “If we wish to prevent violence, then, our agenda is political and economic reform.”163