Wednesday, 16 January 2019

Sexual disorders and their management through Ayurveda


History
During the late 16th and 17th centuries in France, male impotence was considered a crime, as well as legal grounds for a divorce. The practice, which involved inspection of the complainants by court experts, was declared obscene in 1677.
1.     Erectile dysfunction (ED), also known as impotence, is a type of sexual dysfunction characterized by the inability to develop or maintain an erection of the penis during sexual activity. Erectile dysfunction can have psychological consequences as it can be tied to relationship difficulties and self-image.
2.     Premature ejaculation (PE) occurs when a man experiences orgasm and expels semen soon after sexual activity and with minimal penile stimulation. It has also been called early ejaculation, rapid ejaculation, rapid climax, premature climax and (historically) ejaculation praecox. There is no uniform cut-off defining "premature", but a consensus of experts at the International Society for Sexual Medicine endorsed a definition of around one minute after penetration. The International Classification of Diseases (ICD-10) applies a cut-off of 15 seconds from the beginning of sexual intercourse.
The most important organic causes of impotence are -
v cardiovascular disease and diabetes, neurological problems (for example, trauma from prostatectomy surgery),
v Hormonal insufficiencies (hypogonadism)
v Drug side effects.
v Psychological impotence is where erection or penetration fails due to thoughts or feelings (psychological reasons) rather than physical impossibility; this is somewhat less frequent but can often be helped. In psychological impotence, there is a strong response to placebo treatment.
v Potassium deficiency or arsenic contamination of drinking water, the first line treatment of erectile dysfunction consists of a trial of PDE5 inhibitor (such as sildenafil). In some cases, treatment can involve prostaglandin tablets in the urethra, injections into the penis, a penile prosthesis, a penis pump or vascular reconstructive surgery.
Causes
        Medications (antidepressants, such as SSRIs, and nicotine[citation needed] are most common)
        Neurogenic disorders
        Cavernosal disorders (Peyronie's disease
        Hyperprolactinemia (e.g., due to a prolactinoma)
        Psychological causes: performance anxiety, stress, and mental disorders
        Surgery
        Aging. It is four times more common in men aged in their 60s than those in their 40s.
        Kidney failure
        Diseases such as diabetes mellitus and multiple sclerosis (MS). While these two causes have not been proven they are likely suspects as they cause issues with both the blood flow and nervous systems.
        Lifestyle: smoking is a key cause of erectile dysfunction. Smoking causes impotence because it promotes arterial narrowing.

ED can also be associated with bicycling due to both neurological and vascular problems due to compression. The increase risk appears to be about 1.7-fold.
Concerns that use of pornography can cause erectile dysfunction have not been substantiated in epidemiological studies according to a 2015 literature review. However, another review and case studies article maintains that use of pornography does indeed cause erectile dysfunction, and critiques the previously described literature review.
Pathophysiology
Penile erection is managed by two mechanisms: the reflex erection, which is achieved by directly touching the penile shaft,and the psychogenic erection, which is achieved by erotic or emotional stimuli. The former uses the peripheral nerves and the lower parts of the spinal cord, whereas the latter uses the limbic system of the brain. In both cases, an intact neural system is required for a successful and complete erection. Stimulation of the penile shaft by the nervous system leads to the secretion of nitric oxide (NO), which causes the relaxation of smooth muscles of corpora cavernosa (the main erectile tissue of penis), and subsequently penile erection. Additionally, adequate levels of testosterone (produced by the testes) and an intact pituitary gland are required for the development of a healthy erectile system. As can be understood from the mechanisms of a normal erection, impotence may develop due to hormonal deficiency, disorders of the neural system, lack of adequate penile blood supply or psychological problems. Spinal cord injury causes sexual dysfunction including ED. Restriction of blood flow can arise from impaired endothelial function due to the usual causes associated with coronary artery disease, but can also be caused by prolonged exposure to bright light.
Diagnosis
It is analyzed in several ways:
1.     There are no formal tests to diagnose erectile dysfunction. Some blood tests are generally done to exclude underlying disease, such as
2.     Hypogonadism and
3.     prolactinoma.
4.     Impotence is also related to generally poor physical health,
5.     poor dietary habits,
6.     obesity, and
7.     Most specifically cardiovascular disease such as coronary artery disease and peripheral vascular disease.
Duplex ultrasound
Duplex ultrasound is used to evaluate blood flow, venous leak, signs of atherosclerosis, and scarring or calcification of erectile tissue. Injecting prostaglandin, a hormone-like stimulator produced in the body, induces the erection. Ultrasound is then used to see vascular dilation and measure penile blood pressure.
Penile nerves function
Tests such as the bulbocavernosus reflex test are used to determine if there is sufficient nerve sensation in the penis. The physician squeezes the glans (head) of the penis, which immediately causes the anus to contract if nerve function is normal. A physician measures the latency between squeeze and contraction by observing the anal sphincter or by feeling it with a gloved finger inserted past the anus.
Nocturnal penile tumescence (NPT)
It is normal for a man to have five to six erections during sleep, especially during rapid eye movement (REM). Their absence may indicate a problem with nerve function or blood supply in the penis. There are two methods for measuring changes in penile rigidity and circumference during nocturnal erection: snap gauge and strain gauge. A significant proportion of men who have no sexual dysfunction nonetheless do not have regular nocturnal erections.
Corpus cavernosometry
Cavernosography measurement of the vascular pressure in the corpus cavernosum. Saline is infused under pressure into the corpus cavernosum with a butterfly needle, and the flow rate needed to maintain an erection indicates the degree of venous leakage. The leaking veins responsible may be visualized by infusing a mixture of saline and x-ray contrast medium and performing a cavernosogram. In Digital Subtraction Angiography (DSA), the images are acquired digitally.
Treatment
Exercise, particularly aerobic exercise during midlife is effective for preventing ED; exercise as a treatment is under investigation. For tobacco smokers, cessation results in a significant improvement.
Medication
The PDE5 inhibitors sildenafil (Viagra), vardenafil (Levitra) and tadalafil (Cialis) are prescription drugs which are taken orally.
A cream combining alprostadil with the permeation enhancer DDAIP has been approved in Canada as a first line treatment for erectile dysfunction.
One of the following medications may be injected into the penis: papaverine, phentolamine, and prostaglandin E1
Although men with premature ejaculation describe feeling that they have less control over ejaculating, it is not clear if that is true, and many or most average men also report that they wish they could last longer. Men's typical ejaculatory latency is approximately 4–8 minutes. The opposite condition is delayed ejaculation.
Men with PE often report emotional and relationship distress and some avoid pursuing sexual relationships because of PE-related embarrassment. Compared with men, women consider PE less of a problem, but several studies show that the condition also causes female partners distress.
Cause
The causes of premature ejaculation are unclear. Many theories have been suggested, including that PE was the result of masturbating quickly during adolescence to avoid being caught, performance anxiety, and passive-aggressiveness or having too little sex; but there is little evidence to support any of these theories.
Several physiological mechanisms have been hypothesized to contribute to causing premature ejaculation, including serotonin receptors, a genetic predisposition, elevated penile sensitivity and nerve conduction atypicalities.
The nucleus paragigantocellularis of the brain has been identified as having involvement in ejaculatory control. Scientists have long suspected a genetic link to certain forms of premature ejaculation. However, studies have been inconclusive in isolating the gene responsible for lifelong PE. Other researchers have noted that men who have premature ejaculation have a faster neurological response in the pelvic muscles.
PE may be caused by prostatitis or as a medication side effect.
Mechanism
The physical process of ejaculation requires two actions: emission and expulsion. The emission is the first phase. It involves deposition of fluid from the ampullary vas deferens, seminal vesicles and prostate gland into the posterior urethra.The second phase is the expulsion phase. It involves closure of bladder neck, followed by the rhythmic contractions of the urethra by pelvic-perineal and bulbospongiosus muscle and intermittent relaxation of external urethral sphincters.
Sympathetic motor neurons control the emission phase of ejaculation reflex, and expulsion phase is executed by somatic and autonomic motor neurons. These motor neurons are located in the thoracolumbar and lumbosacral spinal cord and are activated in a coordinated manner when sufficient sensory input to reach the ejaculatory threshold has entered the central nervous system.
Intromission time
The 1948 Kinsey Report suggested that three-quarters of men ejaculate within two minutes of penetration in over half of their sexual encounters.
Current evidence supports an average intravaginal ejaculation latency time (IELT) of six and a half minutes in 18- to 30-year-olds. If the disorder is defined as an IELT percentile below 2.5, then premature ejaculation could be suggested by an IELT of less than about two minutes. Nevertheless, it is possible that men with abnormally low IELTs could be satisfied with their performance and do not report a lack of control. Likewise, those with higher IELTs may consider themselves premature ejaculators, suffer from detrimental side effects normally associated with premature ejaculation, and even benefit from treatment.
Diagnosis
Premature ejaculation as a medical problem under evidence-based criteria generated by the International Society for Sexual Medicine in 2014 as being not the result of a nonsexual mental illness, a problem in a given relationship, or caused by medication, by the person ejaculating around a minute after penetration and before the person wants to ejaculate, occurring for a duration longer than 6 months and happening almost every time, and causing significant distress for person. These factors are identified by talking with the person, not through any diagnostic test.
The 2007 ICD-10 defined PE as ejaculating without control, and within around 15 seconds.
Treatments
Several treatments have been tested for treating premature ejaculation. A combination of medication and non-medication treatments is often the most effective method.
Self-treatment
Many men attempt to treat themselves for premature ejaculation by trying to distract themselves, such as by trying to focus their attention away from the sexual stimulation. There is little evidence to indicate that it is effective and it tends to detract from the sexual fulfilment of both partners. Other self-treatments include thrusting more slowly, withdrawing the penis altogether, purposefully ejaculating before sexual intercourse, and using more than one condom. Using more than one condom is not recommended as the friction will often lead to breakage. Some men report these to have been helpful.
By the 21st century, most men with premature ejaculation could cure themselves; either on their own or with a partner, using self-help resources, and only those with unusually severe problems had to consult sex therapists, which cured 75 to 80 percent.
Psychoanalysis
Freudian theory postulated that rapid ejaculation was a symptom of underlying neurosis. It stated that the man suffers unconscious hostility toward women, so he ejaculates rapidly, which satisfies him but frustrates his lover, who is unlikely to experience orgasm that quickly. Freudians claimed that premature ejaculation could be cured using psychoanalysis. But even years of psychoanalysis accomplished little, if anything, in curing premature ejaculation.
There is no evidence that men with premature ejaculation harbor unusual hostility toward women.
Sex therapy
Several techniques have been developed and applied by sex therapists, including Kegel exercises (to strengthen the muscles of the pelvic floor) and Masters and Johnson's "stop-start technique" (to desensitize the man's responses) and "squeeze technique" (to reduce excessive arousal).
These techniques appear to work for around half of people, in the short term studies that had been done as of 2017.
Medications
Drugs that increase serotonin signalling in the brain slow ejaculation and have been used successfully to treat PE. These include selective serotonin reuptake inhibitors (SSRIs), such as paroxetine or dapoxetine, as well as clomipramine. Ejaculatory delay typically begins within a week of beginning medication. The treatments increase the ejaculatory delay to 6–20 times greater than before medication. Men often report satisfaction with treatment by medication, and many discontinue it within a year.[8] However, SSRIs can cause various types of sexual dysfunction such as anorgasmia, erectile dysfunction, and diminished libido.
Dapoxetine is a short-acting SSRI which appears to work when taken as needed for PE. It is generally well tolerated. Tramadol, an atypical oral analgesic, appears to be effective.
Desensitizing topical medications like lidocaine that are applied to the tip and shaft of the penis can also be used. These are applied "as needed", 10–15 minutes before sexual activity and have fewer potential systemic side effects as compared to pills.Use of topicals is sometimes disliked due to the reduction of sensation in the penis as well as for the partner (due to the medication rubbing onto the partner).
Epidemiology
Premature ejaculation is a prevalent sexual dysfunction in men;  however, because of the variability in time required to ejaculate and in partners' desired duration of sex, exact prevalence rates of PE are difficult to determine. In the "Sex in America" surveys (1999 and 2008), University of Chicago researchers found that between adolescence and age 59, approximately 30% of men reported having experienced PE at least once during the previous 12 months, whereas about 10 percent reported erectile dysfunction (ED). Although ED is men's most prevalent sex problem after age 60, and may be more prevalent than PE overall according to some estimates, premature ejaculation remains a significant issue that, according to the survey, affects 28 percent of men age 65–74, and 22 percent of men age 75–85. Other studies report PE prevalence ranging from 3 percent to 41 percent of men over 18, but the great majority estimate a prevalence of 20 to 30 percent—making PE a very common sex problem
There is a common misconception that younger men are more likely to suffer premature ejaculation and that its frequency decreases with age. Prevalence studies have indicated, however, that rates of PE are constant across age groups.
Ayurvedic formulations useful in different stage of  ED & PME
1.     Chandraprabha vati
2.     Shri Gopal tailam
3.     Vanari Gutika
4.     Medha vati
5.     Akarkarbhadi churnam
6.     Swarn raj bangeshwar rash
7.     Jatifaladi churnam
8.     Saraswat churnam
9.     Manmantha rasha
10.                        Shilajeet
11.                        Vasant kushmakar rasha
12.                        Narshingh churnam
13.                        Sidhha makardhwaj bati
14.                        Utar basti
15.                        Anuvashan basti
16.                        Ashwagandha
17.                        Satavari
18.                        Tribang bhashma
19.                        Kapikacchu churnam
20.                        Ashwagandharishta
21.                        Arjuna churnam





Saturday, 8 December 2018

GULPHA MARMA

In human body 107 Marma are classified on the basis of structural, regional, dimensional and numerical classification. The knowledge of Marma was depicted in vedopanishads and puranas. It is advised not to injure these Marma points because oninjury it may lead to deformity, pain or death as the vital energy (prana) is residing in the vicinity of these points. Hence it is said that the surgeon who is having the knowledge of Marma can operate well without complication.
In Ayurveda the role of Sushruta is most important, his description about Sharir is considered as best in all. Marma is unique concept of Ayurveda but the description present in Ayurvedic literature is based on the limited practical information present in that old era.
These ancient parameters cannot be applicable in today’s modern scientific word. Therefore it is important to understand the concept of Marma and prove it practically by showing its exact anatomical location and position on the body.
Keeping in mind aim and objectives, this research especially highlights about the The Gulpha Marma and study of its Rujakaratwa. To carry out this concept first the detail literature about Marma is reviewed. Simultaneously related modern literature is also studied in details. With the help of both the review, it is our attempt to corelate the Ayurvedic concepts with modern terminology.
Discussion on the basis of literature review-
Study of Gulpha Marma and all related to it, has been carried out by collecting references from different Ayurvedic texts and modern Anatomy text books and studied critically and analysed.
The oldest reference about Marma is found in Rigveda .Along with Rigveda there are several references regarding Marma in Yajurveda ,Ramayana, and Mahabharata etc. Sushruta being a surgeon described the Marma in detail with their numbers, type , sizes, locations, effects of injury etc. Whereas Charak gives the description about only three Marma Hridaya, Shir and Basticalled as base of the body and other all Marma are dependent of these Marma.
Sushruta stated that Marma is a site in the body where Mamsa, Sira , Snayu,  Asthi, and Sandhi are combined together and considered it as a location of prana that is life . Whereas Vagbhata stated that, Marma  is a point in the body when given pressure from outside causes pain, tenderness and show abnormal pulsation.
From these we can say that Marmas are related to the vital parts of body and has energies of the body. This connects the body, mind and prana.. According to modern science vital organs or part of body is an organ that is essential function in the living such as heart, brain, and lungs etc. The concept of tripod of life given by modern science is similar to the trimarma concept of Acharya Charaka. Though Marma are uniquely described in Ayurveda, the vital organ or parts are most important in both the sciences.
The Marma composed of five structures or factors they are mamsa, sira, snayu, asthi and Sandhi,  Laghu Vagbhata  added a Dhamani factor to this group.
Gulpha Marma is one among Sandhi Marma and Rujakar Marma. Its size is mentioned as two angulas( Swa angula).
Discussion on Location of Marma-
The Gulpha Marma lies in the Gulpha region, the detail discussion of this point is as follows:-
The word Gulpha means where the Pada (foot) and Jangha meet together or the part of body where the foot is connected with the leg.
 According to Dr. Ghanekar, Gulpha is ankle joint includes tibiofibular and talocrural articulation, when there is any injury on Gulpha there may be symptoms like: Ruja, stabdha padata, and khanjata.
According to Amarkosh Gulpha means Padasya granthi.
 According to modern literature the ankle, or the talocrural region, is the region where the foot and the leg meet. The ankle includes three joints: The ankle joint, proper or Talocrural joint  Subtalar jointand Inferior tibiofibular joint. The movements produced at this joint are dorsiflexion and plantar flexion of the foot. In common usage, the term ankle refers exclusively to the ankle region. In medical terminology, "ankle" can refer broadly to the region or specifically to the talocrural joint.
The main bones of the ankle region are the Talus (in the foot), and the Tibia and Fibula (in the leg). The talus is also called the ankle bone. The talocrural joint is a synovial hinge joint that connects the distal ends of the Tibia and Fibula in the lower limb with the proximal end of the Talus. The articulation between the Tibia and the Talus bears more weight than that between the smaller Fibula and the Talus.
   My first aim of study is to determine the exact anatomical location of Gulpha Marma according to Ayurveda and modern science.
-So after comparing the Ayurvedic and modern view & performing the dissection we concluded that the exact location of Gulpha Marma is nothing but the joint between tibia, fibula and talus and other structures related to lateral aspect of Ankle joint.
 Structural study of Gulpha Marma shows 5 compositions as is correlated as:-
v  MAMSA-  Fibularis (peroneus) longus, fibularis brevis, superior fibular (peroneal) retinaculum
v  SIRA-  Perforating branch of Fibular (peroneal) Artery, Fibular nerve
v  SNAYU- Lateral ligament of the ankle which consists of three separate ligaments 1. Anterior talofibular ligament, a flat weak band 2. Calcaneofibular ligament 3. Posterior talofibular ligament.
v  ASTHI – Tibia, Lateral malleolus of Fibula and Talus.
v  SANDHI - Joint between Tibia, Fibula and Talus.
1) As we know Gulpha Marma is Rujakar Marma and after Aghat over Gulpha Marma symptoms appears Ruja (pain), Stabdhapadata (restrictedmovement) and Khanjata (functional deformity). According to Severity Khanjata is most severe symptom of aghata over Gulpha Marma.
2) The articulation between the tibia and the talus bears more weight than that between the smaller fibula and the talus. So after aghata over ankle joint maximum chances of injury in lateral side or fibulotaller joint as tibiotalur joint is more stable than fibuatalur joint .and lateral collateral ligament is weaker than medial collateral ligament. So the Ruja on the lateral side is more than medial side.
3) A sprained Ankle is nearly always an inversion injury involving twisting of the weight bearing planter flexed foot. The lateral ligament is injured because it is much weaker than the medial ligament that resists inversion at the Talocrural joint.
4) Sushrta as classified Gulpha Marma as Sandhi Marma and if any type of injury occurs over Gulpha Marma than maximum chances of joint injury and main symptom appears that is pain i.e Ruja so it is a Rujakar Marma.
5) Ankle sprain is the term used for ligament injuries of the ankle joint. And ligaments are making stable the joints. Commonly, it is an inversion injury, and the lateral collateral ligament is sprained. Sometimes, an eversion force may result in a sprain of the medial collateral ligament of the ankle. This condition gives rise to tremendous pain which is associated with all joints. But there is high prevalence in ankle Joint. So it is clear that ankle sprain is ligament injury and ligament is important part of Sandhi so if ligament is injured than the chances of Sandhi injury increases.
ON THE BASIS OF COMPOSITION OF MARMA -
   Aacharya Sushuruta has defined Marma as the site where “Mamsa, Sira, Snayu, Asthi, Sandhi sannipata, teshu svabhaavath eva Praanasthistanti.” It means Marma is a not individual structure actually Marma is a group of structure which contains Mamsa (muscles) Sira (vein, artery, nerve) Snayu (ligament) Asthi(bone) Sandhi (joint) and where they meet to together that can be said Marma.
According to the predominance of these structures the Marma also differs. As we know Gulpha Marma is a Sandhi Marma and Rujakar Marma so this Marma is a Sandhi predominant Marma, but other structures are also (Mamsa, Sira, Snayu and Asthi) involved in the Marma. Some experts are of the opinion that it does not mean that all the structure may be collectively present at the site.
After detail study of Ayurvedic and modern literature and dissection it  is concluded that Gulpha Marma which is a Sandhi Marma is situated at the junction of Pada (foot) and Jangha (leg) is called Gulpha or Ankle joint.
In my point of view Sandhi Marma means if there is any trauma(aghat) or injury at ankle region that directly affect the (Gulpha sandhi) Ankle joint,  in other words at ankle region any type of  injury causes easily injury to Sandi (ankle joint).
DISCUSSION ON PRAMANA-
Pramana of a Marma is so important that the surgical operations should be performed after considering the measurement of the marmas so as to avoid them. Even an injury to its borders may lead to deformity or loss of function
All Marmas have been explained in terms of definite pramana in samhitas it helps in the determination of location of the marma.
Among 107 Marma only 2 Marma having two angula (svanguli) pramana these are Gulpha and manibandha. Over these two Marma both are Sandhi Marma and Sushrut told that location of  manibandha in wrist joint same as Gulpha in adhosakha and both are rujakar Marma.
2.  Angula pramana of Gulpha Marma means, that area where there is maximum chances of injury to the Gulpha Marma . And in ankle region maximum chances of injury is at the lateral side because of weaker lateral collateral ligament.
DISCUSSION ON THE BASIS OF OBSERVATIONAL STUDY-
To study clinical aspects of Ankle sprain thirty (30) numbers of patients were examined according to criteria of assesment given in material and method.
The observation and findings are given below.
Study of patients according to Age wise distribution reveals that 10   (33.33%) patients belongs to age group of 10-20 years. In this study highest incidence of ankle sprain is in the 10 to 20 year age group.
  Religion plays no role in ankle sprain
        According to occupation more cases are registered from working group, most of them were having sedentary life style, sitting job in office, but over travelling also.
 Marital status of patients plays no role in ankle sprain.
According to Prakruti vata kaphaj Prakruti is more prone for ankle sprain.
        After examining the patient according to symptoms 30 (100%) patients are founded having symptoms of Ruja (pain), Stabhdhapadata (restricted movement), not any patients are observed having lakshana of Khanjata (functional deformity).
Most of the ankle sprain patient having ankle sprain due to forcefully inversion twisting of the ankle joint. And only 25% having eversion injury.
On the basis of symptoms most of the patients are found to have distressing and horrible type of pain according to VAS scale, as it is the most common symptom of ankle sprain.
It means most of the patients having sprain of the lateral side of ankle sprain and lateral collateral ligament got injured.
Study of patient according to site of pain (25) 83.33 % patient were having maximum tenderness at lateral side of the ankle region and (5) 16.66 % patient were having symptoms at medial aspect of the ankle region.
Result
Maximum pain intensity found in ankle sprain patient measured by vas scale was over lateral side of the ankle region.
After examining the patients, 20% were having mild pain, 30% were having moderate pain and 50% were having severe pain.
DISCUSSION BASED ON CLINICAL ANATOMY & VIDDHA LAKSHANA-
Ankle sprains are one of the most common sports injuries, almost millions people are evaluated each year for ankle sprain and account for 25% of all sports related injuries.
Over all, incidence of ankle sprain is 2.15 per 1000 person per year and is highest in the 15 to 19 years  age group. The ankle is usually injured by indirect violence. Although the mechanism is described as if the foot moved on a fixed tibia, but in practice ankle fracture always occur whilst the tibia moves along with the body.
ADDUCTION (INVERSION) INJURIES-
  Adduction injuries are commoner than abduction injuries as the foot is more stable in aversion, when the foot is forcefully deducted.
1st degree –There is partial tear or rupture of the lateral ligament. This is a very common injury and is often called sprain of the ankle. The mortis is absolutely stable in this condition. Occasionally the tip of the fibula may also be avulsed.
2nd degree- With continued adduction or inversion upwards from the medial angle of the mortis the mortis is now unstable causing medial shift of the talus
3rd degree – Due to forward movement of the tibia with the momentum of the body, the posterior fragment of the tibia fractured leading to complete diastases.
Vidhhalakchana of Marma
If the Sandhimarma is injured the person feels as through the injury site is covered with full of thorns. There will be shortening of the limb even after healing the wound. It may also lead to marked decrease in mobility and strength. It may also cause emaciation, lameness and swelling in the joints.


                   FURTHER SCOPE FOR THE STUDY
v  The study can be taken as the clinical study. The injured cases related to Marma point can be taken from the trauma centres and military hospitals.
v  Practical importance of a particular Marma can only be experienced by taking guidance of Marma practitioner.
v  Ankle sprains are most common sports injuries in foot ball players. Almost million people are evaluated each year for ankle sprain and account for 25% of all sports related injuries. So this study can be used for the sports injury treatment.

Thursday, 29 November 2018

Tinospora Cordifolia is a wonder drug.



Ambervel, Amrita, Gilo, Giloe, Giloya, Glunchanb, Guduchi, Gulancha Tinospora, Gulvel, Gurcha, Heart-Leaved Moonseed..
Tinospora cordifolia is a shrub that is native to India. Its root stems, and leaves are used in Ayurvedic medicine.
Tinospora cordifolia is used for diabetes, high cholesterol, allergic rhinitis (hay fever), upset stomach, gout, lymphoma and other cancers, rheumatoid arthritis (RA), hepatitis, peptic ulcer disease (PUD), fever, gonorrhea, syphilis, and to boost the immune system.
How does it work?
Tinospora cordifolia contains many different chemicals that might affect the body. Some of these chemicals have antioxidant effects. Others might increase the activity of the body's immune system. Some chemicals might have activity against cancer cells in test animals. Most research has been done in test tubes or in animals. There isn't enough information to know the effects of Tinospora cordifolia in the human body.
             Allergies (hay fever). A particular extract of Tinospora cordifolia (Tinofend, Verdure Sciences) seems to significantly decrease sneezing and nasal itching, discharge, and stuffy nose after about 2 months of treatment.
             Diabetes.
             High cholesterol.
             Upset stomach.
             Gout.
             Cancer, including lymphoma.
             Rheumatoid arthritis.
             Liver disease.
             Stomach ulcer.
             Fever.
             Gonorrhea.
             Syphilis.
             To counteract a suppressed immune system.
             Other conditions.
Diabetes: Tinospora cordifolia might lower blood sugar levels. Use it cautiously if you have diabetes, and monitor your blood sugar levels. The doses of your diabetes medications might need to be adjusted.
"Autoimmune diseases" such as multiple sclerosis (MS), lupus (systemic lupus erythematosus, SLE), rheumatoid arthritis (RA), or other conditions: Tinospora cordifolia might cause the immune system to become more active, and this could increase the symptoms of autoimmune diseases. If you have one of these conditions, it's best to avoid using Tinospora cordifolia.

Tinospora cordifolia might decrease blood sugar. Diabetes medications are also used to lower blood
Bhaw prakash nighantu
अथ लङ्केश्वरो मानी रावणो राक्षसाधिपः | रामपत्नीं बलात्सीतां जहार मदनातुरः ||||
ततस्तं बलवान् रामो रिपुं जायापहारिणम् | वृतो वानरसैन्येन जघान रणमूर्धनि ||||
हते तस्मिन्सुरारातौ रावणे बलगर्विते | देवराजः सहस्राक्षः परितुष्टश्च राघवे ||||
तत्र ये वानराः केचिद्राक्षसैर्निहता रणे |तानिन्द्रो जीवयामास संसिच्यामृतवृष्टिभिः ||||
ततो येषु प्रदेशेषु कपिगात्रात्परिच्युताः | पीयूषबिन्दवः पेतुस्तेभ्यो जाता गुडूचिका ||||
गुडूची नामानि-
गुडूची मधुपर्णी स्यादमृताऽमृतवल्लरी | छिन्ना छिन्नरुहा छिन्नोद्भवा वत्सादनीति च ||||
जीवन्ती तन्त्रिका सोमा सोमवल्ली च कुण्डली | चक्रलक्षणिका धीरा विशल्या च रसायनी |
चन्द्रहासा वयस्था च मण्डली देवनिर्मिता |||| गुडूची कटुका तिक्ता स्वादुपाका रसायनी |
संग्राहिणी कषायोष्णा लघ्वी बल्याऽग्निदीपनी | दोषत्रयामतृड्दाहमेहकासांश्च पाण्डुताम् ||||
कामलाकुष्ठवातास्रज्वरकृमिवमीन्हरेत् | प्रमेहश्वासकासार्शःकृच्छ्रहृद्रोगवातनुत् ||||

Dhanwantry nighantu.

गुडूच्यमृतवल्ली च छिन्ना छिन्नरुहाऽमृता | छिन्नोद्भवाऽमृतलता धारा वत्सादनी स्मृता ||||
सैवोक्ता सोमवल्ली च कुण्डली चक्रलक्षणा | प्रोक्ता नागकुमारी च च्छिन्नाङ्गी ज्वरनाशिनी ||||
जीवन्ती मधुपर्णी च तन्त्रिका देवनिर्मिता | वयःस्था मण्डली सौम्या विशल्याऽमृतसम्भवा ||||
पिण्डामृता बहुच्छिन्ना सा चोक्ता कन्दरोहिणी | रसायनी मृत्तिका च चन्द्रहासा भिषिग्जिता |
कन्या कन्दोद्भवा कन्दाऽमृतकन्दगुडूचिका |||| गुडूची स्वरसे तिक्ता कषायोष्णा गुरुस्तथा |
त्रिदोषजन्तुरक्तार्शःकुष्ठज्वरहरा परा |||| गुडूच्यायुष्प्रदा मेध्या तिक्ता सङ्ग्राहिणी बला |
ज्वरतृट्पाण्डुवातासृक्छर्दिमेहत्रिदोषजित् |||| गुडूची कफवातघ्नी पित्तमेदोविशोषिणी |
रक्तवातप्रशमनी कण्डूविसर्पनाशिनी |||| कन्दोद्भवा गुडूची च कटूष्णा सन्निपातहा |
विषघ्नी ज्वरभूतघ्नी वलीपलितनशिनी |||| घृतेन वातं सगुडा विबन्धं पित्तं सिताढ्या मधुना कफं च
वातास्रमुग्रं रुबुतैलमिश्रा शुण्ठ्याऽऽत्मवातं शमयेद्गुडूची |||| गुडूच्याममृता छिन्ना छिन्नाङ्गा ज्वरनाशिनी |
Sodhal nighantu

छिन्नोद्भवाऽमृतलता वयःस्था देवनिर्मिता ||९६||
कुण्डली मण्डली श्यामा विशल्या नागकन्यका |
चक्राङ्गी सोमवल्ली च धारा वत्सादनी तथा ||९७||
जीवन्ती मधुपर्णी च तन्त्रिका च गुडूचिका |९८|



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