Poisons Sentence Examples

In other cases the presence of insects, Fungi or poisons at the roots may be looked for.

Still further insight is afforded by our increasing knowledge of the enzymes, and it is to be remarked that both poisons and enzymes are very common in just such parasitic Fungi as induce discolorations, hypertrophies and the death of cellse.g.

If the attack of a parasite is met by the formation of some substance in the protoplasm which is chemo- tactically repulsive to the invader, it may be totally incapable of penetrating the cell, even though equipped with a whole armoury of cytases, diastatic and other enzymes, and poisons which would easily overcome the more passive resistances offered by mere cell-walls and cell-contents of other plants, the protoplasm of which forms bodies chemotactically attractive to the Fungus.

The inability to enter the cells may be due to the lack of chemotactic bodies, to incapacity to form cellulose-dissolving enzymes, to the existence in the hostcells of antagonistic bodies which neutralize or destroy the acids, enzymes or poisons formed by the hyphae, or even to the formation and excretion of bodies which poison the Fungus.

The breathing becomes shallow, the drug killing, like nearly all neurotic poisons (alcohol, morphia, prussic acid, &c.), by paralysis of the respiratory centre, and the patient dying in a state of coma.

To check them, " grease-banding " round the trees has been adopted; but as many other pests eat the leafage, it is best to kill all at once by spraying with arsenical poisons.

At the same time a class of men arose interested in these forms for their own sake, professional lawyers Bence, but also "poisons, nay destroys, the divinest feeling in man, the sense of truth," and the belief in sacraments such as the Lord's Supper, a piece of religious materialism of which "the necessary consequences are superstition and immorality."

Since all soluble lead compounds are strong cumulative poisons, danger is involved in using lead cisterns or pipes in the distribution of pure waters.

Pathological chemistry has been remarkable chiefly for the knowledge we have obtained of the nature of bacterial poisons.

Over and above the bacterial intoxications we have a very extreme degree of fatty degeneration, widely distributed throughout the tissues, which is produced by certain organic and inorganic poisons; it is seen especially in phosphorus and chloroform poisoning.

Certain metallic poisons give rise to pigmentation of the tissues, e.g.

His Mechanical Account of Poisons, in the first edition (1702), gave an explanation of the effects of poisons, as acting only on the blood.

In the effects of simpler poisons the recognition of unity in diversity, as in the affiliation of a peripheral neuritis to arsenic, illustrated more definitely this serial or etiological method of classifying diseases.

With changes of the pressures of the blood in arteries, veins or capillaries, and in the heart itself and its respective chambers, static changes are apt to follow in these parts; such as degeneration of the coats of the arteries, due either to the silent tooth of time, to persistent high blood pressures, or to the action of poisons such as lead or syphilis.

Griesinger (1817-1868), Bevan Lewis - and in the separation from insanity due to primary disease or defect of nerve elements of such diseases as general paralysis of the insane, which probably arise, as we have said, by the action of poisons on contiguous structures - such as blood-vessels and connective elements - and invade the nervous matter secondarily.

In our conceptions of the later stages of assimilation and of excretion, with the generation of poisons (auto-intoxication) in the intestinal tract, there is still much obscurity and much guess-work; yet in some directions positive knowledge has been gained, partly by the physiologist, partly by the physician himself.

Nicander of Colophon has also left us two epics, one on remedies for poisons, the other on the bites of venomous beasts.

Capture begins among the lower tribes with the hand, without devices, developing knack and skill in seizing, pursuing, climbing, swimming, and maiming without weapons; and proceeds to gathering with devices that take the place of the hand in dipping, digging, hooking and grasping; weapons for striking, whether clubs, missiles or projectiles; edged weapons of capture, which were rare in America; piercing devices for capture, in lances, barbed spears, harpoons and arrows; traps for enclosing, arresting and killing, such as pens, cages, pits, pen-falls, nets, hooks, nooses, clutches, adhesives, deadfalls, impalers, knife traps and poisons; animals consciously and unconsciously aiding in capture; fire in the form of torches, beacons, burning out and smoking out; poisons and asphyxiators; the accessories to hunting, including such changes in food, dress, shelter, travelling, packing, mechanical tools and intellectual apparatus as demanded by these arts.

The other, Alexipharmaca, consists of 630 hexameters treating of poisons and their antidotes.

It is a vast mine of experimental observation on the symptoms of poisoning of all kinds, on the appearances which poisons leave in the dead body, on their physiological action, and on the means of detecting them.

The neuron is described as having a cell body or perikaryon from which the cell branches - dendrites and axon - extend, and it is this perikaryon which, as its name implies, muscle produces lactic acids during activity, it has been suggested that acids are among the "fatigue substances" with which muscle poisons itself when deprived of circulating blood.

Fusel oil and its chief constituent, amyl alcohol, are direct nerve poisons.

Impure beverages induce all the graver neurotic and visceral disorders in alcoholism; and, like fusel oil, furfurol and the essence of absinthe, are convulsent poisons.

The hydrochloric acid from the calcining-furnaces or "roasters" cannot be employed immediately for the Deacon process, as the sulphuric acid always contained in the roaster gases soon " poisons " the contact-substance and renders it inoperative.

These enter the body through various channels, and once they have effected a lodgment they grow, multiply and give rise to various poisons which attack and injure or destroy different tissues or organs in the body.

Poisons formed by microbes are partly eliminated by the kidneys, partly by the mucous membrane of the stomach and intestines, and possibly also by the skin.

The food thus reaches the stomach in large lumps which cannot be readily digested, and either remain there till they decompose and give rise to irritation in the stomach itself, or pass on to the intestine, where digestion is likewise incomplete, and the food is ejected without the proper amount of nourishment having been extracted from it; while at the same time the products of its decomposition may have been absorbed and acted as poisons, giving rise to lassitude, discomfort, headache, or perhaps even to irritability and sleeplessness.

It was also shown that exposure to light, dilution or exhaustion of the food-media, the presence of traces of poisons or metabolic products check growth or even bring it to a standstill; and the death or injury of any single cell in the filamentous series shows its effect on the curve by lengthening the doubling period, because its potential progeny have been put out of play.

The addition of minute traces of acids, poisons, &c., leads to this change in some forms; high temperature has also been used successfully.

These facts, and the further knowledge that many bacteria never observed as parasites, or as pathogenic forms, produce toxins or poisons as the result of their decompositions and fermentations of organic substances, have led to important results in the applications of bacteriology to medicine.

Little is known of the mode of action of bacteria on these plants, but it may be assumed with great confidence that they excrete enzymes and poisons (toxins), which diffuse into the cells and kill them, and that the effects are in principle the same as those of parasitic fungi.

Though the causal relationship of a bacterium to a disease may be completely established by the methods given, another very important part of bacteriology is concerned with the poisons or toxins formed by bacteria.

It is also to be noted that, as in the case of poisons of known constitution, each toxin has a minimum lethal dose which is proportionate to the weight of the animal and which can be ascertained with a fair degree of accuracy.

Immunity of the same nature can be acquired in the same way against snake and scorpion poisons, and against certain vegetable toxins, e.g.

Amongst the latter, the vegetable poisons of known constitution, alkaloids, glucosides, &c., are to be placed.

Even yet medical science has not determined the effect upon the human system of water highly charged with bacteria which are not known to be individually pathogenic. In the case of the bacilli of typhoid and cholera, we know the direct effect; but apart altogether from the presence of such specific poisons, polluted water is undoubtedly injurious.

Hitherto no attempt had been made to determine what particular parts of the body were especially affected by drugs, but Fontana showed, in his great work (Florence, 1765) on the venom of the viper and on other poisons, that the general symptoms were brought about by an action on particular organs.

Some drugs given in excess are poisons to all forms of protoplasm, but when given in doses much short of the lethal they usually exhibit a distinct tendency to affect specially, and at an early period, certain organs or tissues, and hence result differences in action; others may act only on certain organs, leaving the others practically untouched.

If two poisons act on the same tissue, one stimulating and the other paralysing it, the paralysing substance removes the action of the stimulant substance, not by bringing the tissue back to its normal state, but by abolishing its excitability; hence, although life may be saved by such an action, yet it can only be so within certain limits of dosage, because the antagonism is never complete at every point.

All of them injected into the blood in large doses act as muscle and nerve poisons, and during their excretion by the kidney usually irritate it severely, but only a few are absorbed in sufficient amount to produce similar effects when given by the mouth.

Lead poisons the muscular and nervous systems, and gives rise to paralysis, wasting, colic and other symptoms, while in the case of mercury, tremors, salivation, anaemia and very marked cachexia are induced.

These all resemble carbolic acid more or less closely, and may be described as general protoplasm poisons.

In large doses they are powerful nerve poisons, but as usually taken they exercise a gently stimulant effect upon the nervous system.

The nature of these antitoxic substances is not definitely known, but they combine with and destroy the poisons.

This is best carried our by a professional mole catcher as the poisons used are licensed and very dangerous to other animals and birds.

They are nerve poisons, inhibiting the enzyme cholinesterase, which can have severe effects on the central nervous system.

Like the terrain around the Upas tree No Man's Land was scourged, swept incessantly by fire and lethal poisons.

Virus such as distemper or parvo, irritant poisons, food poisoning or dietary allergies are the most common causes of diarrhea.

They are becoming resistant to some of the poisons used against them.

Let us remove the taint which poisons the very spring of our religious thought.

The atmosphere is a cause of disease in the neighborhood of chemical works, large towns, volcanoes, &c., in so far as it carrie, acid gases and poisons to the leaves and roots; but it is usual tc associate with it the action of excessive humidity which brings about those tender watery and more or less etiolated condition, which favor parasitic Fungi, and diminish transpiration and therefore nutrition.

The formation of prussic acid at a certain period of the vital processes of certain plants may be given as an example of such phases; and poisons akin to muscarin seem to arise frequently in development or regression, both in animals and plants.

Even in normal circumstances their play and counterplay, attractive and repellent, must be manifold almost beyond conception; for the body may be regarded as a collective organization consisting of a huge colony of micro-organisms become capable of a common life by common and mutual arrangement and differentiation of function, and by toleration and utilization of each other's peculiar products; some organs, such as the liver, for example, being credited with a special power of neutralizing poisons, whether generated under normal conditions or under abnormal, .which gain entrance from the intestinal tract.

Here we enter upon one of the most interesting chapters of disorders and modes of disorder of this and of other systems. It has come out more and more clearly of late years that poisons do not betray even an approximately indifferent affinity for all tissues, which indeed a little reflection would tell us to be a priori improbable, but that each tends to fix itself to this cell group or to that, picking out parts for which they severally have affinities.

Sage holds the place of honour; then comes rue, the antidote of poisons; and so on through melons, fennel, lilies, poppies, and many other plants, to wind up with the rose, "which in virtue and scent surpasses all other herbs, and may rightly be called the flower of flowers."

Such are sugars (glucose, mannite, &c.), acids (acetic, citric and a whole series of lichen-acids), ethereal oils and resinous bodies, often combined with the intense colours of fungi and lichens, and a number of powerful alkaloid poisons, such as muscarin (Amanita), ergotin (Claviceps), &c.

In surgery, the term is given to substances used to destroy living tissues and so inhibit the action of organic poisons, as in bites, malignant disease and gangrenous processes.

Our portable reagents kit reveal none of the major poisons are present.

Protect red blood cells from being destroyed by poisons, such as hydrogen peroxide, in the blood.

Can a dance rid the world of its poisons?

These gases and the poisons are spewed into the atmosphere, to the air, which we breathe.

Then your cat eats the leaves and ingests the poisons you fed your plant.

Pesticides/miticides are essentially poisons and should be treated as such.

Acid rain poisons the soil, damages plants and trees and changes the chemical stability of lakes and streams, making it very dangerous to all forms of wildlife.

Buddhist teachings refer to tridosha as the three poisons, and it is on these three attributes that many Tibetan diagnoses and remedies are based.

Many early makeup products contained poisons and toxins.

They remove poisons and pollutants from the body.

Impurities or additives, which make the heroin darker, can include things like sugar, starch, powdered milk, strychnine, other poisons and more drugs.

Additives include sugar, starch, powdered milk, strychnine, quinine, and other poisons or drugs.

More than 100 of them are identified poisons and 63 are known to cause cancer.

Twenty, filtered menthol cigarettes, jam packed with nicotine, tar, embalming fluid, and couple hundred more flavorful low-dosed toxic deadly poisons.

She was very disappointed in us but she knew that it was basically nothing she could do because we were big young boys and officially addicted to inhaling nicotine, tar and about 400 other low dose poisons.

They have a higher metabolism, so their bodies process poisons more quickly than larger dogs.

Thanks to nature's desire to redistribute resources, poisons travel.

As such, you should treat these products as poisons, making sure they are stored in a secure place away from pets and small children.

Amethyst (purple) - Poisons an enemy for a few turns and adds 15% damage to the word.

The branch of medicine that deals with the detection and treatment of poisons is known as toxicology.

Poisons are common in the home and workplace, yet there are basically two major types.

The effects of poisons are as varied as the poisons themselves; however, the exact mechanisms of only a few are understood.

Some poisons interfere with the metabolism.

Potential poisons in this category include anesthetics (e.g. ether and chloroform), opiates (e.g., morphine and codeine), and barbiturates.

Some poisons directly affect the respiratory and circulatory system.

Another group of poisons interferes with the electrochemical impulses that travel between neurons in the nervous system.

However, when taken in large quantities, or with other drugs with which there may be an adverse interaction, they can act as poisons.

Toxicology-The branch of medical pharmacology dealing with the detection, effects, and antidotes of poisons.

Likewise, ingestion of a toxic substance such as lead, mercury, other poisons, or certain chemicals could cause neurological damage.

Hepatitis-An inflammation of the liver, with accompanying liver cell damage or cell death, caused most frequently by viral infection, but also by certain drugs, chemicals, or poisons.

Possible causes include stroke, multiple sclerosis, cerebral palsy, neurodegenerative diseases, trauma, spinal cord injury, and nervous system poisons such as strychnine, tetanus, and certain insecticides.

It is caused by toxins (poisons) produced by the bacterium Clostridium tetani.

Food may be contaminated by bacteria, viruses, environmental toxins, or toxins present within the food itself, such as the poisons in some mushrooms or seafood.

Food poisoning symptoms occur when food-borne bacteria release toxins or poisons as a byproduct of their growth in the body.

Some researchers think that the syndrome may be caused by the interaction of an immune cell, called the T cell, with certain poisons (toxins) secreted by bacteria.

Bacterial sepsis (the presence of illness-causing microorganisms, or their poisons, in the blood) is a potentially fatal illness in newborn infants.

Germanium-helps improve the delivery of oxygen to tissues and remove toxins and poisons from the body.

Nicotine and carbon monoxide are both poisons that limit the absorption of nutrients and oxygen by the fetus during this vital time in his development.

If you smoke while breastfeeding, you are passing along the poisons in the cigarettes to your baby.

Secondhand smoke has more than 4,000 chemicals--including 40 cancer-causing agents and 200 known poisons.

Parents should educate children on the dangers of poisons and label all dangerous items with a "No" or "X" sticker.

The heated room also causes the body to sweat, which allows for the natural release of poisons and toxins.

Prepared as a draught, it was used as a cure for sterility and a remedy for poisons.

He spent much of his time in practising magic, and it was believed that he had so saturated his body with poisons that none could injure him.

An electuary of opium, known as Mithradatum, was invented by Mithradates VI., king of Pontus, who lived in constant fear of being poisoned, and tested the effects of poisons on criminals, and is said to have taken poisons and their antidotes every day in the year.

This is known as the minor examination, and must be passed before anyone can legally dispense, compound and sell scheduled poisons.

It has been erroneously represented by interested persons that the Pharmaceutical Society desires a monopoly of the sale of poisons.

Any poisonous substance that is not included in the schedules can be sold by anyone, as, for instance, red lead, sulphate of copper, &c. The duty of the Pharmaceutical Society is a purely legal one, and relates only to the schedules of poisons framed by the government to protect the public by rendering it a difficult matter to obtain the poisons most frequently used for criminal purposes.

Moreover, the present act nullifies the object of the previous act of 1868, which was to reduce the facilities for obtaining poisons.

In Russia a prescription containing any of the poisons indicated in the schedules A and B in the Russian pharmacopoeia may not be repeated, except by order of the doctor.

The now well-known fact that small doses of poisonous substances may act as stimuli to living protoplasm, and that respiratory activity and growth may be accelerated by chloroform, ether and even powerful mineral poisons, such as mercuric chloride, in minimal doses, offers some explanation of these phenomena of hypertrophy, wound fever, and other responses to the presence of irritating agents.