Talk:Udavarta - Revision history

Agnivesha at 06:56, 22 December 2023

2023-12-22T06:56:05Z

Agnivesha at 05:47, 22 December 2023

2023-12-22T05:47:30Z

← Older revision		Revision as of 05:47, 22 December 2023
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	{{CiteButton}}		{{CiteButton}}
	{{#seo:		{{#seo:
	\|title= ~~UDAKAVAHA SROTAS~~ (~~Channels for transport and transformation~~ of ~~watery components~~)		\|title= Udavarta (improper movement of vata)
	\|titlemode=append		\|titlemode=append
	\|keywords=~~Udakavaha Srotas~~, ~~Water metabolism~~, ~~Bhojani M. K.~~, ~~Tanwar Ankur Kumar~~, Basisht G, Deole Y.S.		\|keywords=Udavarta, Improper, repeated, upward movement of vata, constipation, vegavarodha, diseases due to obstruction of vata, metabolic disorders, Basisht G, Deole Y.S., Dubey Manish, cardiac diseases, renal diseases, urinary diseases, diseases of head region
	\|description=~~Udaka~~ means ~~water. In body, water is present in~~ the ~~form of various fluids. Udakavaha srotasa are the channels for transport~~ and ~~transformation~~ of ~~fluid (water) and its circulation~~.		\|description= Udavarta literally means the upward and repeated movements of vata.
	\|image=http://www.carakasamhitaonline.com/mediawiki-1.32.1/resources/assets/ogimgs.jpg		\|image=http://www.carakasamhitaonline.com/mediawiki-1.32.1/resources/assets/ogimgs.jpg
	\|image_alt=carak samhita		\|image_alt=carak samhita
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	}}		}}

	<p style="text-align:justify;">Udavarta literally means the upward and repeated movements of vata. It is one of the important and commonly observed condition in clinical practice. It manifests with a number of clinical features ~~which~~ may lead to manifestation of other secondary diseases ~~further~~. Udavarta is mentioned as one ~~among~~ the eighty diseases occurred primarily by the vitiated vata dosha (nanatmaja vata vyadhi). [Cha. Sa. Sutra Sthana 20/11] Udavarta (upward movement of vata) is very common ~~now a days~~ due to ~~change~~ in lifestyle of modern society. The change in dietary habits and due to hectic job schedule, suppression of natural urges (vegadharana) is also very common ~~now a days~~. The two main ~~cause~~ of udavarta explained in classical texts are: suppression of natural urges (vegadharana) and faulty dietary habits ~~(asatmya ahara sevana)~~. Sushrut Samhita describes that suppression of natural urges (adharaniya vega) leads to manifestation of thirteen types of udavarta. Due to aggravating factors, vata dosha is aggravated, especially apana vata (one of the five subtypes of vata i.e., situated in the pelvic region) is affected. Generally, udavarta means upward movement of vata or apana vata, that results in retention of faeces, urine and flatus. However, the scope of udavarta extends to disturbance in normal functions of vata due to obstruction by metabolic wastes. This ~~unique~~ concept is not explained in any other contemporary sciences. So, understanding this concept and to provide better treatment for this disease is ~~need of the society~~.</p>		<p style="text-align:justify;">Udavarta literally means the upward and repeated movements of [[vata]]. It is one of the important and commonly observed condition in clinical practice. It manifests with a number of clinical features that may lead to the manifestation of other secondary diseases. Udavarta is mentioned as one of the eighty diseases that occurred primarily by the vitiated vata dosha (nanatmaja [[vata]] [[vyadhi]]). [Cha. Sa. [[Sutra Sthana]] 20/11] Udavarta (upward movement of [[vata]]) is very common nowadays due to changes in the lifestyle of modern society. The change in dietary habits and due to hectic job schedule, suppression of natural urges (vegadharana) is also very common nowadays. The two main causes of udavarta explained in classical texts are suppression of natural urges (vegadharana) and faulty [[dietary habits]]. Sushrut Samhita describes that suppression of natural urges (adharaniya [[vega]]) leads to manifestation of thirteen types of udavarta. Due to aggravating factors, [[vata dosha]] is aggravated, especially apana [[vata]] (one of the five subtypes of [[vata]] i.e., situated in the pelvic region) is affected. Generally, udavarta means upward movement of [[vata]] or apana [[vata]], that results in retention of faeces, urine and flatus. However, the scope of udavarta extends to disturbance in normal functions of vata due to obstruction by metabolic wastes. This concept is not explained in any other contemporary sciences. So, understanding this concept and to provide better treatment for this [[disease]] is needed.</p>

	{{Infobox		{{Infobox
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	===Nirukti (etymology)===		===Nirukti (etymology)===

	<p style="text-align:justify;">The term udavarta is derived from Utt + Aavat i.e., “Ut + Ang + Vrut + Dhaya” to form word Udavarta.<ref>Shabdakalpadruma by Raja Radhakanta Deva, Prathama Khand. Second edition. Delhi: Naaga Publishers; 2003. pg.no. 237.</ref> Udavarta is a Sanskrit word derived from 'Ut' verb root (dhatu) with 'Ang' and 'Vrut' preposition (upasarga), suffixed by ‘Dhaya’ pratyaya (suffix). “Ut” means upper side, (Urdhva) “Ang” means entirely and “Vrut” means to move (bhramana). Udavarta means upwards movement, to cause to go out, excrete, to secrete and to retain.<ref>M. Monier Williams Sanskrit English dictionary. </ref> Udavarta is a class of diseases marked by retention of the feces i.e., disease of the bowel so, in general urdhwa (upward direction) or pratiloma (moving in abnormal direction) movement of apana vata (one of the five subtypes of vata, situated in the pelvic region) is termed as udavarta.</p>		<p style="text-align:justify;">The term udavarta is derived from Utt + Aavat i.e., “Ut + Ang + Vrut + Dhaya” to form word Udavarta.<ref>Shabdakalpadruma by Raja Radhakanta Deva, Prathama Khand. Second edition. Delhi: Naaga Publishers; 2003. pg.no. 237.</ref> Udavarta is a Sanskrit word derived from 'Ut' verb root (dhatu) with 'Ang' and 'Vrut' preposition (upasarga), suffixed by ‘Dhaya’ pratyaya (suffix). “Ut” means upper side, (Urdhva) “Ang” means entirely and “Vrut” means to move (bhramana). Udavarta means upwards movement, to cause to go out, excrete, to secrete and to retain.<ref>M. Monier Williams Sanskrit English dictionary. </ref> Udavarta is a class of diseases marked by retention of the feces i.e., disease of the bowel so, in general urdhwa (upward direction) or pratiloma (moving in abnormal direction) movement of apana [[vata]] (one of the five subtypes of [[vata]], situated in the pelvic region) is termed as udavarta.</p>

	===Definition===		===Definition===
	<p style="text-align:justify;">‘Udavarta’ is that disease in which there is whirlpool movement (avartana) and upward movement (urdhva gamana) of vata is seen due to retention of vata, urine (mutra) and stool (purisha). The condition in which vata begins to move upwards is called as ‘udavarta’ ~~and in this disease~~ vata ~~is the predominant~~ dosha.<ref>Bhavaprakasha of Sri Bhavamishra edited with Vidyotini hindi commentary by Pandit Shri Brahma Sankar Mishra, Part II, Adhyaya- 31/2, Chaukhambha Sanskrit Bhawan, Varanasi, Ed: 2009, 11<sup>th</sup> edition. pg. no. 332.</ref> </p>		<p style="text-align:justify;">‘Udavarta’ is that disease in which there is whirlpool movement (avartana) and upward movement (urdhva gamana) of [[vata]] is seen due to retention of [[vata]], urine ([[mutra]]) and stool ([[purisha]]). The condition in which [[vata]] begins to move upwards is called as ‘udavarta’ with dominance of [[vata dosha]]. <ref>Bhavaprakasha of Sri Bhavamishra edited with Vidyotini hindi commentary by Pandit Shri Brahma Sankar Mishra, Part II, Adhyaya- 31/2, Chaukhambha Sanskrit Bhawan, Varanasi, Ed: 2009, 11<sup>th</sup> edition. pg. no. 332.</ref> </p>

	===Etiopathogenesis===		===Etiopathogenesis===

Manishdubey at 11:22, 3 November 2023

2023-11-03T11:22:10Z

← Older revision		Revision as of 11:22, 3 November 2023
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	<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders.<ref>S. Gopakumar, M. A. Shajahan. A Review on Conceptual Relationship between Nidra vegadharana and Manifestation of Stress among IT professionals. International Ayurvedic Medical Journal, ISSN: 2320 5091, April- May 2107, 1(4). </ref> </p>		<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders.<ref>S. Gopakumar, M. A. Shajahan. A Review on Conceptual Relationship between Nidra vegadharana and Manifestation of Stress among IT professionals. International Ayurvedic Medical Journal, ISSN: 2320 5091, April- May 2107, 1(4). </ref> </p>
	<p style="text-align:justify;">4) In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A.<ref>A clinical study of Udavarta with special reference to Udavarta by Taruna Modhera, Department of Roga Nidana Evam Vikriti Vigyana. Institute for Post Graduate Teaching and Research in Ayurveda. Gujarat Ayurved University, Jamnagar, 2008.</ref> </p>		<p style="text-align:justify;">4) In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A.<ref>A clinical study of Udavarta with special reference to Udavarta by Taruna Modhera, Department of Roga Nidana Evam Vikriti Vigyana. Institute for Post Graduate Teaching and Research in Ayurveda. Gujarat Ayurved University, Jamnagar, 2008.</ref> </p>

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Manishdubey at 11:19, 3 November 2023

2023-11-03T11:19:00Z

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Manishdubey at 11:00, 3 November 2023

2023-11-03T11:00:49Z

← Older revision		Revision as of 11:00, 3 November 2023
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	<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>		<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>
	<p style="text-align:justify;">4) In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>		<p style="text-align:justify;">4) In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>

	~~===Thesis on udavarta===~~
	<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>

Manishdubey: /* Researches */

2023-11-03T11:00:06Z

Researches

← Older revision		Revision as of 11:00, 3 November 2023
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	<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>		<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>
	<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>		<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>
			<p style="text-align:justify;">4) In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>

	===Thesis on udavarta===		===Thesis on udavarta===
	<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>		<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>

Manishdubey: /* Researches */

2023-11-03T10:53:55Z

Researches

← Older revision		Revision as of 10:53, 3 November 2023
Line 151:		Line 151:

	===Researches===		===Researches===
	<p style="text-align:justify;">1)A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>		<p style="text-align:justify;">1) A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>
	<p style="text-align:justify;">2) A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)</p>		<p style="text-align:justify;">2) A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)</p>
	<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>		<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>

Manishdubey: /* Researches */

2023-11-03T10:53:25Z

Researches

← Older revision		Revision as of 10:53, 3 November 2023
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	===Researches===		===Researches===
	#1)A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>		<p style="text-align:justify;">1)A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>
	#2) A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)		<p style="text-align:justify;">2) A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)</p>
	<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>		<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>
	#3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>		<p style="text-align:justify;">3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>

	===Thesis on udavarta===		===Thesis on udavarta===
	<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>		<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>

Manishdubey: /* Researches */

2023-11-03T10:45:41Z

Researches

← Older revision		Revision as of 10:45, 3 November 2023
Line 151:		Line 151:

	===Researches===		===Researches===
	#1)~~<p style="text-align:justify;">~~A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>		#1)A review on diseases manifested due to withholding natural urges (vegadharana janya vikara) focused to identify the effects of suppression of natural urges (adharaneeya vegas) on various system of body such as CVS, gastrointestinal tract, respiratory system urinary system and reproductive system. CVS and gastrointestinal systems are the mostly affected systems. Out of thirteen urges (vegas), seven play major role in both systems. Common clinical features produced by suppression of natural urges (vegadharana) were weakness of the body, constipation, anorexia, headache, diseases of eye, difficulty in micturition, bending of the body and stiffness of the neck. Weakness of the body and anorexia are the commonest clinical features produced by suppression of natural urges. These clinical features arise due to vitiation of vata by vegadharana. Withholding (dharana) of natural urges is strictly prohibited to stay healthy.</P>
	#2)~~<p style="text-align:justify;">~~ A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)		#2) A physiological study of adharaneeya vega (suppression of natural urges) w.s.r. to apana vayu vega (suppression of apana vata or flatus)
	Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>		<p style="text-align:justify;">Understanding the physiology of suppression of natural urges (vegarodhajanya) symptoms and analyzing them as a pathology of various diseases related to apana vayu (one of the five subtypes of vata situated in the pelvic region). As, seen in clinical practice many a times diseases reoccur after giving proper treatment. Also, in such case causative factors (nidana) of vitiation of apana vayu (one of the five subtypes of vata situated in the pelvic region) is to be analyzed properly for better result. Among the fourteen adharaneeya vega (suppression of natural urges), apana vayu (one of the five subtypes of vata situated in the pelvic region) vega (urge) is most commonly suppressed which leads to vitiation of vata dosha in the pelvic region). Adharaneeya vega (suppression of natural urges) is a reflex mechanism and it is a nervous activity. Nerve supply to gastrointestinal tract is in the form of sympathetic, parasympathetic, enteric nervous system (ENS) and gastrointestinal reflexes. The ENS is to be referred as second brain, it uses serotonin to communicate with the central nervous system. This “brain gut axis’ helps us in understanding how psychological and social stress might cause digestive problems. ENS is closely related to central nervous system (CNS). As mentioned, blindness (‘andhya’) is one of the udavarta janya vikara (diseases caused by udavarta) which is difficult to understand how eyes are related to apana vayu (one of the five subtypes of vata situated in the pelvic region). In an article named ‘Gut microbes linked to eye diseases’ observations have been made by the researchers regarding the possible connection between the gut microbes and the eye diseases. Apana vayu (one of the five subtypes of vata situated in the pelvic region) is mostly parasympathetic in action and its action is related to urine (mutra), stool (purisha), flatus (adhovata) and seminal discharge (shukra vega). Obstruction in passing flatus (apana vayu rodha) invariably affects the prana vayu (one type of the five subtypes of vata situated in upward body or head) among and other vital points in body (marma sthana) like herat (hrudya), brain (shiras), and urinary bladder (basti).</p>
	#3)~~<p style="text-align:justify;">~~ Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>		#3) Nidra vegadharana (suppression of sleep) leads to vitiation of vata dosha. Vata controls the functions of mind (mana). Stress is mainly due to mental and physical stimuli which cause disturbances in the internal biological equilibrium. Disturbed and interrupted sleep is very common in the IT professionals due to their work culture. Here, nidra vegadharana (suppression of urge of sleep) acts as a stress stimulus which causes impairment in both sharirika (biological elements vata, pitta and kapha) and manasika (psychological constitution like raja and tama) dosha which causes further loss of sleep (nidranasha). Udavarta affects mind and leads to abnormalities in mental functions similar to mental stress. Hence it is important to avoid nidra vegadharana (suppression of urge of sleep) to prevent further kriyakala i.e., stage of progression of disease leading to stress and other mental disorders. </p>

	===Thesis on udavarta===		===Thesis on udavarta===
	<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>		<p style="text-align:justify;">In this study total 74 patients have been enrolled which were divided in two groups randomly. The selected drug for clinical trial in group A was Yavanikadi vati (tablet) which contains haritaki (Terminalia chebula), yavani (Trachyspermum ammi), hingu (Ferula foetida), sauvarchala (black salt), yavakshara (alkali prepared from barley) and saindhava (rock salt). The powder of these raw drugs was given 3 times trituration (bhavana) of these raw drugs was given 3 times trituration (bhavana) of lemon juice (nimbu swarasa) to prepare tablet. In group B, Shankha vati (tablet) was taken for control group, which contains purified mercury (shuddha parada) and purified sulphur (shuddha gandhaka). In the group A 31 patients were given Yavanikadi vati in tablet form 1 gm B.D. in two divided doses (1 tablet = 500 mg.) daily, after food for 28 days with water whereas, in Group B total 30 patients were given Shankha Vati. The dose, duration, time of administration and anupana (co-administers with medicine) is same as group A. Comparison of the therapies showed that overall better results as observed in group A as compared to group B which stands closely parallel to group A. </p>