Categories
Ailmemts & Remedies

Brain Death

[amazon_link asins=’0190662492,1503936317,125009013X,0199793360,1519257392,0873958993,B01N1WAHFK,B073TGGVV9,0553570854′ template=’ProductCarousel’ store=’finmeacur-20′ marketplace=’US’ link_id=’9ddd6307-74df-11e7-b1a3-79e7132edfaa’]

Brain death is a legal definition of death that emerged in the 1960’s as a response to the ability to resuscitate individuals and mechanically keep the heart and lungs working. In simple terms, brain death is the irreversible end of all brain activity. It should not be confused with a persistent vegetative state.

click to see

When a person does not respond to external stimuli because of brain damage, the condition is known as a coma. In some cases, damage may affect the whole brain, including the brainstem. This part of the brain controls many of the bod’s vital automatic functions, such as heart rate and breathing. If the brainstem is severely damaged, such as after a head injury, these vital automatic functions, such as heart rate and breathing. If the brainstem is severely damaged, such as after a head injury, these vital functions may be affected. if brain damage is irreversible and the brain ceases to function, the person may be certified as brain dead. A person who is brain dead will be completely unable to respond to any stimuli and unable to breathe independently. Without a life-support machine, death occurs within a few minutes.

click to see

Legal history of brain death
Traditionally, both the legal and medical community determined death through the end of certain bodily functions, especially respiration and heartbeat. With the increasing ability of the medical community to resuscitate people with no heart beat, respiration or other visible signs of life, the need for a better definition of death became obvious. This need gained greater urgency with the widespread use of life support equipment, which can maintain body functions indefinitely, as well as rising capabilities and demand for organ transplantation

click to see

In the U.S., an ad hoc committee at Harvard Medical School published a pivotal 1968 report to define irreversible coma. The Harvard criteria gradually gained consensus toward what is now known as brain death. In the wake of the 1976 Karen Ann Quinlan controversy, state legislatures moved to accept brain death as an acceptable indication of death. Finally, a presidential commission issued a landmark 1981 report — Defin­ing Death: Medical. Legal, and Ethical Issues in the Determination of Death. — that rejected the “higher brain” approach to death in favor of a “whole brain” definition.

Today, both the legal and medical communities use “brain death” as a legal definition of death. Using brain-death criteria, the medical community can declare a person legally dead even if life support equipment keeps the body’s metabolic processes working. The first nation to adopt brain death as a legal definition death was Finland in 1971. In the United States, Kansas enacted a similar law earlier.

Religion and brain death
There has been but limited opposition to the shift from traditional indicia of death, based on breathing and heartbeat, to the brain death criteria. However, traditionalist Orthodox Jews have staunchly defended the traditional conception of death in the U.S. and Israel (See Time of Death by J. David Bleich.) Conversely, some modern Orthodox rabbis and Israel’s Chief Rabbinate have adopted determinations of death based on brain function. (See Moshe Tendler’s elucidation of Rabbi Moshe Feinstein‘s responsa.) As a result, Orthodox Jewish ethics has been sharply divided over key death-related policies. Tactically, Orthodox Jewish opponents to brain death have requested waivers from state law, as a matter of religious freedom, so as to continue relying on traditional indicia.[2] Meanwhile, proponents have been active in advocating organ donations and transplants.

Similarly, Islamic views on brain death are mixed. (“Views of Muslim scholars on organ donation and brain death” Transplantation Proceedings, Volume 29, Issue 8, December 1997, Page 3217. Faroque A. Khan, The Definition of Death in Islam: Can Brain Death Be Used as A Criteria of Death in Islam? Farhat Moazam, Bioethics and Organ Transplantation in a Muslim Society: A Study in Culture, Ethnography, and Religion, Indiana University Press, 2006, p.32ff.)

The 1981 federal report, Defin­ing Death, found that Catholic and Protestant theologies did not object to brain death criteria. Indeed, Dennis Horan, president of the pro-life group American Citizens United for Life, stated:

Legislation limiting the concept of brain death to the irreversible cessation of total function of the brain, including the brain stem, is beneficial and does not undermine any of the values we seek to support.

In Catholic medical ethics, brain death was accepted as early as 1957 in the statement of Pope Pius XII that death is determined by medical experts and it “does not fall within the competence of the Church.” (See, “The Prolongation of Life” in The Pope Speaks 4:4 1958) More recently, the Pontifical Academy of Science has upheld Catholic doctrine. (“The determination of brain death and its relationship to human death.” Working Group, 10-14 December 1989, pp. xxvii-210 ) Nevertheless, there was some Catholic dissent on neurological criteria for death. Some pro-life activists oppose or question the current medical criteria for brain death.

Medical criteria for determining brain death
A brain-dead individual has no electrical activity in the brain and no clinical evidence of brain function upon physical examination. This includes no response to pain and no cranial nerve reflexes. Reflexes include pupillary response (fixed pupils), oculocephalic reflex, corneal reflex, no response to the caloric reflex test and no spontaneous respirations.

It is important to distinguish between brain death and states that mimic brain death (e.g., barbiturate intoxication, alcohol intoxication, sedative overdose, hypothermia, hypoglycemia, coma or chronic vegetative states). Some comatose patients can recover, and some patients with severe irreversible neurologic dysfunction will nonetheless retain some lower brain functions such as spontaneous respiration, despite the losses of both cortex and brainstem functionality. Thus, anencephaly, in which there is no higher brain present, is generally not considered brain death, though it is certainly an irreversible condition in which it may be appropriate to withdraw life support.

Note that brain electrical activity can stop completely, or drop to such a low level as to be undetectable with most equipment. This includes a flat EEG during deep anaesthesia or cardiac arrest. To preclude these states being defined as brain death, the term refers only to the permanent cessation of electrical activity.

The diagnosis of brain death needs to be rigorous to determine whether the condition is irreversible. Legal criteria vary, but it generally requires neurological exams by two independent physicians. The exams must show complete absence of brain function, and may include two isoelectric (flat-line) EEGs 24 hours apart. The proposed Uniform Determination Of Death Act in the United States attempts to standardize criteria. The patient should have a normal temperature and be free of drugs that can suppress brain activity if the diagnosis is to be made on EEG criteria.

Alternatively, a radionuclide cerebral blood flow scan that shows complete absence of intracranial blood flow can be used to confirm the diagnosis without performing EEGs.

Brain death and consciousness
It is presumed that a permanent cessation of electrical activity indicates the end of consciousness. Those who view the neo-cortex of the brain as solely responsible for consciousness, however, argue that electrical activity there should be the only consideration when defining death. In many cases, especially when elevated intracranial pressure prevents blood flow into the brain, the entire brain is nonfunctional; however, some injuries may affect only the neo-cortex.

Brain death and organ donation
Most organ donation for organ transplantation is done in the setting of brain death. In some nations (for instance, Belgium, Brazil, Poland, Portugal and France) everyone is automatically an organ donor, although some jurisdictions (such as Singapore) allow opting out of the system. Elsewhere, consent from family members or next-of-kin is required for organ donation. The non-living donor is kept on ventilator support until the organs have been surgically removed. If a brain-dead individual is not an organ donor, ventilator and drug support is discontinued and cardiac death is allowed to occur.
Depending on the age and previous health of the person and the cause of death, relatives may be asked about their wishes regarding organ donation.

What might be done?
If doctors believe that brain death has occurred, a series of tests is carried out by two experienced medical consultants to confirm the diagnosis. these tests check the person’s response to stimuli and the functions that are controlled by the brainstem. They include testing the ability to breathe independently without a life-support machine.

A diagnosis of brain death is made only if doctors confirm that brain and brainstems functions have been lost and that the cause has been identified but cannot be reversed, despite everything possible having been done.

Someone with brain death will not survive for more than a few days, even with care in the critical care unit. full medical support, including mechanical ventilation, will go on while relatives are given counseling. Doctors will discuss the situation fully with the family, and family members will be involved in the decision on when to switch off the life-support machine.

Resources:

http://en.wikipedia.org/wiki/Brain_death
http://www.charak.com/DiseasePage.asp?thx=1&id=8

Enhanced by Zemanta
Categories
Herbs & Plants

Bloodroot (Sanguinaria canadensis)

[amazon_link asins=’B005DNP55Y,B0006ONGLA,B00014HG3E,B013GDKIRW,B00E4QUYKW,B0006ONGM4,B005BW28L6,B06Y1QQGYN,B06XZYLK5D’ template=’ProductCarousel’ store=’finmeacur-20′ marketplace=’US’ link_id=’2e423810-74df-11e7-8965-593329ab3faf’]

Botanical Name: Sanguinaria canadensis
Kingdom: Plantae
Order: Ranunculales
Family: Papaveraceae
Genus: Sanguinaria
Species: S. canadensis

Common Names: Bloodwort, Redroot, Red puccoon, Pauson Tetterwort, although that name is also used to refer to Chelidonium majus.

Parts Used: Root and rhizome
Habitat: Bloodroot is  native to eastern North America. It  grows in Rich woods. Across Canada to Nova Scotia; south from New England to Florida; west to Eastern Texas; north to Manitoba.

Description:
Bloodroot is a perennial, herbaceous flowering plant. It grows from 20 to 50 cm (7.9 to 19.7 in) tall. It has one large basal leaf, up to 12 cm (4.7 in) across, with five to nine lobes. The leaves and flowers sprout from a reddish rhizome with bright orange sap that grows at or slightly below the soil surface. The rhizomes grow longer each year, and branch to form colonies. Plants start to bloom before the foliage unfolds in early spring. After blooming the leaves expand to their full size and go summer dormant in mid to late summer.

The flowers bloom from March to May depending on the region and weather. They have 8-12 delicate white petals and yellow stamens, and two sepals below the petals, which fall off after the flowers open. The flower stems are clasped by the leaves. The flowers are pollinated by small bees and flies. Seeds develop in green pods 40 to 60 mm (1.6 to 2.4 in) long, and ripen before the foliage goes dormant. The seeds are round and black to orange-red when ripe, and have white elaiosomes, which are eaten by ants.

You may click to see the pictures.

Cultivation:
Bloodroot is cultivated as an ornamental plant. The double-flowered forms are prized by gardeners for their large showy white flowers, which are produced very early in the gardening season. Bloodroot flower petals are shed within a day or two of pollination so the flower display is short lived, but the double forms bloom much longer than the normal forms. The double flowers are made up of stamens that have been changed into petal looking like parts, making pollination more difficult.

History:
American Indians used root tea for rheumatism, asthma, bronchitis, lung ailments, laryngitis, fevers; also as an emetic. Root juice applied to warts; also used as a dye and a decorative skin stain.
A bachelor of the Ponca tribe would rub a piece of the root as a love charm on the palm of his hand, then scheme to shake hands with the woman he desired to marry. After shaking hands, the girl would be found willing to marry him in 5 to 6 days.
One of the earliest reported uses of bloodroot, or puccoon, as it was then commonly known, was a dye. John Smith reported in 1612 that “Pocones is a small roote that groweth in the mountaines, which being dryed and beate in powder turneth red; and this they use for swellings, aches, annointing their joints, painting their heads and garments . . . and at night where his lodging is appointed, they set a woman fresh painted red with Pocones and oile, to be his bedfellow.”

Constituents: Sanguinarine, Sanguidimerine, Cholerythrine, Protopine, Berberine, Copticine, Red resin.The root contains several alkaloids, most notably sanguinarine, which has shown antiseptic, anesthetic and anticancer activity. American Indians used the root for rhuematism, asthma, bronchitis, lung ailments, laryngyitis and fevers. The red-orange juice from the root was applied to warts, used as a dye and a decorative skin stain.

Medicinal Properties:    Antiseptic, antispasmodic, cathartic, diuretic, emetic, emmenagogue, expectorant, febrifuge, sedative, stimulant, and tonic.

Main Uses:

Bloodroot has been used as a diuretic, emetic, emmenagogue, expectorant, febrifuge, stimulant, and tonic. Bloodroot has been used historically in numerous topical preparations for the treatment of various skin cancers, and also for sores, warts, eczema, and other dermal & epidermal problems. It has also been used internally in herbal preparations for congestive lung conditions such as emphysema and chronic bronchitis. Studies find that sanguinarine, a compound found in bloodroot, kills bacteria, stops them from converting carbohydrates into gum tissue-eating acid, and blocks enzymes that destroy collagen in gum tissue. Some studies have shown small amounts to be even more effective in reducing dental plaque than chlorhexidine, the active ingredient in mouthwashes and the effects can last up to 4 hours. Some companies are now making toothpaste and mouthwash using it as an active ingredient. The root in a vinegar extract makes a very good antifungal wash for athlete’s foot. Prepared as a powder, bloodroot may be sniffed to treat nasal polyps.

The paste of the root has been recommended to remove warts and the powder is used in a number of cancer salves (a process too complicated for this monograph). Carcinomas of the human nose and ear have responded to topical treatment with a preparation containing bloodroot extract.
It is used when bronchitis, sub-acute or chronic asthma, croup, laryngitis, pharyngitis and deficient capillary (blood) circulation is indicated. It is used as a specific for asthma and bronchitis with feeble peripheral blood circulation.
Bloodroot has been used for many years by American Indians and herbal practitioners as a remedy for skin cancer. The fresh juice from the root, a concentrated tincture, or a salve containing capsicum and fresh juice concentrate has been used.

Contraindications:   In some cases, excessive doses of Bloodroot can cause low blood pressure, vertigo, tremors, vomiting, reduced pulse, shock, and coma. Large doses can be poisonous.

Some experts recommend the following doses:
Steep a level teaspoonful of the fresh root into a pint of boiling water for half an hour. Strain. When cold, take a teaspoonful 3 times a day.
As a tincture (1:5 in 60% alcohol), 2 drops three times a day.
As an extract (1:1 in 60% alcohol), 1 drop three times a day.

Other Uses:
Commercial uses of sanguinarine and bloodroot extract include dental hygiene products. The United States FDA has approved the inclusion of sanguinarine in toothpastes as an antibacterial or anti-plaque agent. However, the use of bloodroot in oral hygiene products is associated with the development of oral leukoplakia, a premalignant lesion which may develop into oral cancer. On 24 Nov 2003, the Colgate-Palmolive Company of Piscataway, New Jersey, United States commented by memorandum to the United States Food and Drug Administration that then-proposed rules for levels of sanguinarine in mouthwash and dental wash products were lower than necessary. However, this conclusion is controversial.

Some animal food additives sold and distributed in Europe such as Phytobiotics’ Sangrovit contain sanguinarine and chelerythrine. On 14 May 2003, Cat Holmes reported in Georgia Faces that Jim Affolter and Selima Campbell, horticulturists at the University of Georgia College of Agricultural and Environmental Sciences, were meeting with Phytobiotics to relate their research into commercial cultivation of bloodroot.

Plant dye:
Bloodroot is a popular red natural dye used by Native American artists, especially among southeastern rivercane basketmakers. The blood of the root (when cut open) was used as a dye. A break in the surface of the plant, especially the roots, reveals a reddish sap.

Warning!
Bloodroot is dangerous. It should only be used with
guidance of a trained herbalist or physician.

Disclaimer:
The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider.

Resources:
https://en.wikipedia.org/wiki/Sanguinaria
http://ncnatural.com/wildflwr/blodroot.html
http://www.ct-botanical-society.org/galleries/sanguinariacana.html

http://www.herbnet.com/Herb%20Uses_AB.htm

Enhanced by Zemanta
Categories
Positive thinking

Sharing Grief

[amazon_link asins=’B01M4KH3FS,1612346952,B000QWONR8,B01G7MOHT4,B01KEPB8HO,076421165X,B06VVNYP4T,0802709478,B01GWH61C0′ template=’ProductCarousel’ store=’finmeacur-20′ marketplace=’US’ link_id=’ebb5a11f-74de-11e7-b473-5dbfe4abd0bd’]

Opening To Receive Comfort
When we experience something that causes us to feel shock and sadness, we may feel the urge to withdraw from life. It may seem like remaining withdrawn will keep us protected from the world, but during these times it is important to reach out to those trusted and precious people who care about us the most. Even with our best information and reasoning, we never know when someone else’s experience or perspective can give us additional information that we need. The universe speaks to us through many channels, and when we open ourselves up to receive its messages, we also receive nurturing care from a loving partner in life’s journey.

Grief is part of the human experience, and sharing our vulnerability is what creates truly close bonds in our relationships. Opening ourselves up in this way gets to the core of our being, past all of our defenses and prejudices. When life seems to crack the outer shell of our world, we are both raw and fresh at the same time. It is then that we discover who is truly willing to walk with us through life. We also see that some of those sent to us may not be the ones we expected to see. Regardless, we learn to trust in the universe, in others, in our own strength and resilience, and in the wisdom of life itself.

Sharing grief allows us to ease our burden by letting someone else help carry it. This helps us process our own inner thoughts and feelings through the filter of a trusted and beloved someone. We may feel guilty or selfish, as if we are unloading on someone who has their own challenges. Although, if we think about it, we know we would do the same for them, and their protests would seem pointless. Remember that not sharing feelings with others denies them the opportunity to feel. We may be the messenger sent by the universe for their benefit, and it is on this mission that we have been sent. By sharing our hopes and fears, joys and pains with another person, we accept the universe’s gifts of wisdom and loving care.

Source:Daily Om

Categories
Ailmemts & Remedies News on Health & Science

Are You Anorexic?

[amazon_link asins=’0955425204′ template=’ProductLink’ store=’finmeacur-20′ marketplace=’US’ link_id=’9ce25659-74de-11e7-947b-7147506a6e44′][amazon_link asins=’B00005MAVF’ template=’ProductLink’ store=’finmeacur-20′ marketplace=’US’ link_id=’911eb618-74de-11e7-a430-33e19c002893′][amazon_link asins=’0415633672′ template=’ProductLink’ store=’finmeacur-20′ marketplace=’US’ link_id=’821d4fca-74de-11e7-ae2b-ef2c0242bae5′][amazon_link asins=’0415633672′ template=’ProductLink’ store=’finmeacur-20′ marketplace=’US’ link_id=’76e1ca1c-74de-11e7-8238-3fc732ecd91e’][amazon_link asins=’163152139X’ template=’ProductLink’ store=’finmeacur-20′ marketplace=’US’ link_id=’68841e5a-74de-11e7-9749-a19fafc8cfd2′]

 

Anorexia nervosa is a serious and potentially lethal illness, which may result in death in ten percent of cases.
Many models tend to flaunt a lean look and end up being anorexic.

A new study has found that women suffering from anorexia, an eating disorder, have distinct differences in the insulta – the specific part of the brain that is important for recognising taste.

Anorexia nervosa is a serious and potentially lethal illness, which may result in death in ten percent of cases. It is characterised by the relentless pursuit of thinness, emaciation and the obsessive fear of gaining weight.

The study conducted by researchers at University of Pittsburgh and University of California, San Diego also reveals that there may be differences in the processing of information related to self-awareness in recovering anorexics compared to those without the illness.

The findings may lead to a better understanding of the cause of this serious and sometimes fatal mental disorder.

For the study, the brain activity of 32 women was measured using functional magnetic resonance imaging (fMRI.) The research team looked at images of the brains of 16 women who had recovered from anorexia nervosa – some of whom had been treated at the Center for Overcoming Problem Eating at Western Psychiatric Institute and Clinic of the University of Pittsburgh Medical Center – and 16 control subjects.

They measured their brains’ reactions to pleasant taste (sucrose) and neutral taste (distilled water.) The results of the fMRI study are the first evidence that individuals with anorexia process taste in a different way than those without the eating disorder.

In response to both the sucrose and water, imaging results showed that women who had recovered from anorexia had significantly reduced response in the insula and related brain regions when compared to the control group. These areas of the brain recognise taste and judge how rewarding that taste is to the person.

In addition, while the controls showed a strong relationship between how they judged the pleasantness of the taste and the activity of the insula, this relationship was not seen in those who had recovered from anorexia.

According to Angela Wagner, M.D., University of Pittsburgh School of Medicine, who lead the study, it is possible that individuals with anorexia have difficulty recognising taste, or responding to the pleasure associated with food.

Since this region of the brain also contributes to emotional regulation, it may be that food is aversive, rather than rewarding.

This could shed light on why individuals with anorexia avoid normally pleasurable foods, fail to appropriately respond to hunger and are able to lose so much weight.

“We know that the insula and the connected regions are thought to play an important role in interceptive information, which determines how the individual senses the physiological condition of the entire body,” said Kaye.

“Interoception has long been thought to be critical for self-awareness because it provides the link between thinking and mood, and the current body state,” she added.

This lack of interceptive awareness may contribute to other symptoms of anorexia nervosa such as distorted body image, lack of recognition of the symptoms of malnutrition and diminished motivation to change, according to Kaye.

Source:The Times Of India

Categories
Ailmemts & Remedies

Bleeding From Digestive Tract

[amazon_link asins=’B01DWF42IU,0771574576,B00K7HZF9C,B00M1U0LB0,9876654349,B00MEB8MEO,B019SMNLDS,B019SLV3RU,B019SPRMLM’ template=’ProductCarousel’ store=’finmeacur-20′ marketplace=’US’ link_id=’c4ad2cf6-74dc-11e7-a3ad-b3a04bc197e0′]

Bleeding can occur in any part of the digestive tract and should always be investigated because there may be a serious underlying cause. In some cases, only small amounts of blood are lost over a long period of time and go unnoticed. In other cases, severe, sudden bleeding from the digestive tract may result in blood being vomited or passed out of the anus in the feces. You should seek medical help if you notice any bleeding.

Bleeding in the digestive tract is a symptom of a disease rather than a disease itself. Bleeding can occur as the result of a number of different conditions, some of which are life threatening. Most causes of bleeding are related to conditions that can be cured or controlled, such as ulcers or hemorrhoids. The cause of bleeding may not be serious, but locating the source of bleeding is important.

....CLICK  & SEE THE PICTURES

The digestive or gastrointestinal (GI) tract includes the esophagus, stomach, small intestine, large intestine or colon, rectum, and anus. Bleeding can come from one or more of these areas, that is, from a small area such as an ulcer on the lining of the stomach or from a large surface such as an inflammation of the colon. Bleeding can sometimes occur without the person noticing it. This type of bleeding is called occult or hidden. Fortunately, simple tests can detect occult blood in the stool.

Possible causes:

The causes of bleeding in the digestive tract include inflammation of or damage to the tract’s lining and tumors.

Bleeding from the upper tract, which includes the esophagus, stomach, and duodenum, may occur when stomach acid damages the lining of these organs. This is a common complication of the gastroesophageal reflux and peptic ulcers. Severe bleeding is sometimes due to enlargement of veins in the esophagus, which may be a complication of chronic liver diseases.

Most cases of bleeding from the lower digestive tract, which includes the colon, rectum, and anus, are due to minor disorders, such as hemorrhoids or a fissure caused by straining to defecate. However, bleeding may be a sign of colorectal cancer. Diverticulosis and other disorders of the colon can also lead to the presence of blood in the feces.

Symptoms:
The symptoms vary according to the site and the severity of the bleeding. if the bleeding is mild, blood loss may go unnoticed, but it may eventually cause symptoms of anemia, such as pale skin and shortness of breath. Severe bleeding from the esophagus, stomach, or duodenum may cause:

· vomit containing bright red blood or resembling coffee grounds.
· light-headedness.
· black, tarry stools.

If there is a heavy loss of blood from the lower part of the tract, there will probably be visible blood in the stools. When there is severe blood loss from any part of the tract, shock may develop. Shock causes symptoms that include fainting, sweating, and confusion and requires immediate hospital treatment.

What might be done?
Minor bleeding may be detected only during an investigation for anemia or screening to detect colorectal cancer. If the bleeding is severe, you may need intravenous fluids and a blood transfusion to replace loss blood. You will be examined to detect the location of the bleeding, usually by endoscopy through the mouth.

Treatment for bleeding depends on the underlying cause. For example, peptic ulcers are treated with antibiotics and ulcer-healing drugs, but colorectal cancer needs surgery. It may be possible to stop bleeding by a treatment done during endoscopy, such as laser surgery, making open surgery unnecessary. Treatment is usually successful if the cause is identified and treated early.

Click to learn more in detail…..……………………………………………………....(A).…………(B)

Informations about A to Z Digestive Diseases

Disclaimer: This information is not meant to be a substitute for professional medical advise or help. It is always best to consult with a Physician about serious health concerns. This information is in no way intended to diagnose or prescribe remedies

Source:http://www.charak.com/DiseasePage.asp?thx=1&id=81

css.php