Friday, December 26, 2025

Rajgeera(Amaranth Plant Characteristics

 

2.       Plant Characteristics Amaranth 

Amaranth has been well known since the time of the Aztecs, Mayans, and Incas []. In the 16–17th centuries,

 It spread widely in various other countries as a cereal, vegetable, weed, or crop. 

Amaranth seeds were used as food,

 but also as a sacred plant. It was used in many religious and ritual ceremonies []. 

It is a valuable plant whose potential is still not sufficiently exploited.

 This should be clearly emphasized because it has a huge economic value due to the various benefits it can bring to producers, food processors, and consumers. 

Amaranth is a member of the Amaranthaceae family comprising about 70 species of annual plants [,,,,]

. In many countries, Amaranthus species are cultivated for use as cereals, vegetables, or ornamentals,

 a few species are considered weeds. A review of the current literature suggests that mainly Amaranthus cruentus, Amaranthus hypochondriacus, and Amaranthus caudatus are grown for food purposes [,,]. 

Amaranthus blitum Linn., Amaranthus gangeticus Linn., Amaranthus mangostanus Linn., Amaranthus tricolor Linn. Are cultivated all over India as a vegetable. 

Amaranth leaves are used in salads and to prepare other dishes, in African countries amaranth leaves are sometimes recommended for medicinal purposes []

. Other species of amaranth, such as A. viridis, A. tricolor, A. retroflexus, and A. hybridus are known mainly as a vegetable. These species of Amaranthus grow

 very well in hot and humid regions of our globe. In Poland, amaranth is cultivated for seeds as a source of lipids and proteins for the production of flour, flakes, confectionery, expanded grains and bread, pasta, and noodles

 [ Amaranthus cruentus is the most widely grown species of this plant genus [].


Ref

Foods. 2022 Feb 21;11(4):618. doi: 10.3390/foods11040618

The Dual Nature of Amaranth—Functional Food and Potential Medicine

Justyna Baraniak 1,*, Małgorzata Kania-Dobrowolska 1

Editor: Antonello Santini1

Thursday, December 25, 2025

Amaranth (Rajgira)Food and Potential Medicine

 



   Introduction 

In recent years, there has been noticed a growing interest in plant raw materials whose properties allow them to be used in both food and medicines

. Various cereal grains are widely used in the food and beverage industry. There is a fairly broad group of plants that are classified as so-called pseudo-cereals.

 This means that the edible parts of these plants are the seeds and they usually are consumed in a similar way to cereals, being processed into flour. They also have similar nutritional values and taste to cereals.

 These are not typical cereals, but due to their similar composition and nutritional value mentioned 

above, they can be a good alternative. 

Pseudo-cereals have been the staple food of 

our ancestors for thousands of years, and all over the world. In different regions of the world, different pseudocereals predominate.

 Even today, pseudo-cereals still form the basis of 

nutrition in the poorest parts of the world.

 They have been increasingly appreciated in European countries for a long time.

 The best-known pseudo-cereals are amaranth, buckwheat, sorghum, millet, chia as well as khorasan.

 Actually, the most widely studied pseudocereals are quinoa, amaranth, chia, and buckwheat [1].

 They present great potential as a natural source of a wide spectrum of biologically active compounds.

 Recent work suggests that first and foremost peptides and protein hydrolysates derived from these beneficial species for the human health are worth considering [1].

 The first study on an amaranth protein deriving bioactive peptide with cholesterol esterase and pancreatic lipase inhibitory activities was published in 2021 by Ajayi and colleagues [2].


Due to climate change, the problem of world hunger, and changes in crop profiles in European and other countries around the world, it is becoming desirable to look for new plants with a high nutritional potential that can be combined with health benefits.

 Amaranth is a plant with valuable qualities as food and additionally with many valuable health properties.

 Additional important advantages of this plant are satisfactory yield performance, drought resistance, and enhanced photosynthesis.

 The excellent nutritional value of amaranth [3],

 the diverse chemical composition of amaranth seeds and leaves, the wide spectrum of biological activity, health-promoting properties, and the pharmacological activity

 of the plant have aroused the interest of researchers in recent years. This has resulted in a significant increase in the number of scientific studies on the properties and potential use of preparations from this plant.

 The PubMed database was used to locate publications with the most important data describing the nutritional and pharmacological activity of amaranth preparations.

Ref

Foods. 2022 Feb 21;11(4):618. doi: 10.3390/foods11040618

The Dual Nature of Amaranth—Functional Food and Potential Medicine

Justyna Baraniak 1,*, Małgorzata Kania-Dobrowolska 1

Editor: Antonello Santini1

राजगिरा ,(अमरंथचे दुहेरी स्वरूप—अन्न आणि संभाव्य औषध

 प्रस्तावना राजगिरा


अलीकडच्या वर्षांत, वनस्पतींच्या कच्च्या मालामध्ये वाढती आवड दिसून आली आहे, ज्यांचे गुणधर्म त्यांना अन्न आणि औषधे या दोन्हीमध्ये वापरण्याची परवानगी देतात. 

विविध तृणधान्ये अन्न आणि पेय उद्योगात मोठ्या प्रमाणावर वापरली जातात. वनस्पतींचा एक बराच मोठा गट आहे, ज्यांना तथाकथित 'स्यूडो-सिरियल्स' (आभासी तृणधान्ये) म्हणून वर्गीकृत केले जाते.

 याचा अर्थ असा की, या वनस्पतींचे खाण्यायोग्य भाग बिया असतात आणि त्यांचे सेवन सहसा तृणधान्यांप्रमाणेच केले जाते, 

म्हणजेच त्यांचे पीठ तयार केले जाते. त्यांची पौष्टिक मूल्ये आणि चव देखील तृणधान्यांसारखीच असते. 

ही सामान्य तृणधान्ये नाहीत, परंतु वर नमूद केलेल्या त्यांच्या समान रचना आणि पौष्टिक मूल्यांमुळे, ते एक चांगला पर्याय ठरू शकतात.

 स्यूडो-सिरियल्स हजारो वर्षांपासून जगभरातील 

आपल्या पूर्वजांचे मुख्य अन्न राहिले आहेत. जगाच्या वेगवेगळ्या प्रदेशांमध्ये, वेगवेगळ्या स्यूडो-सिरियल्सचे प्राबल्य आहे. आजही, जगातील सर्वात गरीब भागांमध्ये स्यूडो-सिरियल्स पोषणाचा आधार बनलेले आहेत. 

युरोपीय देशांमध्ये बऱ्याच काळापासून त्यांचे महत्त्व वाढत आहे. 

सर्वात प्रसिद्ध स्यूडो-सिरियल्समध्ये राजगिरा, बकव्हीट, ज्वारी, बाजरी, चिया तसेच खोरासान यांचा समावेश आहे.

 वास्तविक पाहता, क्विनोआ, राजगिरा, चिया आणि बकव्हीट 

या स्यूडो-सिरियल्सवर सर्वाधिक अभ्यास केला गेला आहे [१].

 ते जैविक दृष्ट्या सक्रिय संयुगांच्या विस्तृत श्रेणीसाठी नैसर्गिक स्रोत म्हणून मोठी क्षमता दर्शवतात.

 अलीकडील कामातून असे सूचित होते की, मानवी आरोग्यासाठी फायदेशीर असलेल्या या प्रजातींपासून मिळवलेले पेप्टाइड्स आणि प्रोटीन 

हायड्रोलायझेट्स हे सर्वप्रथम विचारात घेण्यासारखे आहेत [१]. 

कोलेस्ट्रॉल एस्टेरेज आणि स्वादुपिंडाच्या लायपेजला प्रतिबंध करणाऱ्या क्रियाकलापांसह राजगिऱ्याच्या प्रथिनांपासून मिळवलेल्या बायोएक्टिव्ह पेप्टाइडवरील पहिला अभ्यास २०१२ मध्ये अजायी आणि त्यांच्या सहकाऱ्यांनी प्रकाशित केला [२].


हवामान बदल, जागतिक उपासमारीची समस्या आणि युरोपीय व जगातील इतर देशांमधील पीक पद्धतींमधील बदलांमुळे, उच्च पौष्टिक क्षमता असलेल्या आणि आरोग्याच्या फायद्यांशी जोडल्या जाऊ शकणाऱ्या नवीन वनस्पतींचा शोध घेणे इष्ट ठरत आहे. 

राजगिरा ही एक अशी वनस्पती आहे ज्यात अन्नासाठी मौल्यवान गुणधर्म आहेत आणि त्याव्यतिरिक्त अनेक मौल्यवान आरोग्यदायी गुणधर्म देखील आहेत. या वनस्पतीचे अतिरिक्त महत्त्वाचे फायदे म्हणजे समाधानकारक उत्पादन, दुष्काळ प्रतिरोधकता आणि वर्धित प्रकाशसंश्लेषण.

 राजगिऱ्याचे उत्कृष्ट पौष्टिक मूल्य [३], 

राजगिऱ्याच्या बिया आणि पानांची विविध रासायनिक रचना, जैविक क्रियाकलापांची विस्तृत श्रेणी, आरोग्य-वर्धक गुणधर्म आणि वनस्पतीची औषधी क्रिया यामुळे अलीकडच्या वर्षांत संशोधकांमध्ये आवड निर्माण झाली आहे. यामुळे या वनस्पतीपासून तयार केलेल्या पदार्थांच्या गुणधर्मांवर आणि संभाव्य उपयोगांवर केलेल्या वैज्ञानिक अभ्यासांच्या संख्येत लक्षणीय वाढ झाली आहे. अमरंथच्या तयारीच्या पौष्टिक आणि औषधीय क्रियाकलापांचे वर्णन करणारा सर्वात महत्त्वाचा डेटा असलेली प्रकाशने शोधण्यासाठी पबमेड डेटाबेसचा वापर करण्यात आला.

Ref

फूड्स. २०२२ फेब्रुवारी २१;११(४):६१८. doi: 10.3390/foods11040618


अमरंथचे दुहेरी स्वरूप—कार्यात्मक अन्न आणि संभाव्य औषधजस्टिना बारानियाक १,*, माल्गोर्झाटा कानिया-डोब्रोवोल्स्का १

संपादक: अँटोनेलो सँटिनी १


Foods. 2022 Feb 21;11(4):618. doi: 10.3390/foods11040618


The Dual Nature of Amaranth—

Functional Food and Potential Medicine


Justyna Baraniak 1,*, Małgorzata Kania-Dobrowolska 1


Editor: Antonello Santini1

Wednesday, December 24, 2025

रताळ्याच्य मधुमेह-विरोधी कार्याची कार्यप्रणाली

 

   प्रस्तावना रताळी



२०२१ मध्ये मधुमेहाचे प्रमाण ५३७ दशलक्ष लोक होते [१].

२०३० पर्यंत ही संख्या १०.२% आणि २०४५ पर्यंत १०.९% नी वाढण्याची शक्यता आहे [२].

२०२१ मध्ये, २० ते ७९ वयोगटातील जगभरातील मृत्यूंपैकी १२.२% मृत्यूंना मधुमेह (डायबिटीज मेलिटस) आणि त्याच्या गुंतागुंत कारणीभूत होत्या [१].

मधुमेहाचा सर्वात सामान्य प्रकार म्हणजे टाइप २ मधुमेह, ज्याचे वैशिष्ट्य म्हणजे यकृतातील ग्लुकोज चयापचय बिघडणे, स्वादुपिंडाच्या बीटा पेशींचे कार्य कमी होणे आणि परिघीय इन्सुलिन प्रतिरोध [३].

अमेरिकन असोसिएशन ऑफ क्लिनिकल एंडोक्राइनोलॉजिस्ट (AACE) α-ग्लुकोसिडेस इनहिबिटरला प्रथम-श्रेणी उपचार म्हणून शिफारस करतात, कारण ते सुरक्षित, प्रभावी आहेत, हायपोग्लाइसेमियाचे प्रमाण कमी आहे आणि हृदय व रक्तवाहिन्यासंबंधी प्रणालीमध्ये सहनशील आहेत [४];

तथापि, असा दावा केला जातो की हे औषध अवांछित दुष्परिणाम निर्माण करते [५].

म्हणून, प्रभावी आणि सुरक्षित असलेल्या नैसर्गिक घटकांचा अभ्यास केल्यास टाइप २ मधुमेहाचा आणि त्याच्याशी संबंधित गुंतागुंतीचा धोका कमी होण्याची शक्यता आहे.

रताळे (इपोमोआ बटाटास) हे जगभरात सहावे सर्वाधिक पिकवले जाणारे अन्न आहे [६].

त्याची पाने त्यांच्या अँटीऑक्सिडंट क्षमतेसाठी प्रसिद्ध आहेत, जी एस्कॉर्बिक ॲसिड, चहा आणि द्राक्षाच्या बियांच्या पॉलीफेनॉलपेक्षा अनुक्रमे ३.१, ५.९ आणि ९.६ पटीने जास्त आहे [७].

विशेष म्हणजे, रताळ्याच्या ४० जातींच्या पानांच्या भागांमध्ये ७.३९ ते १४.६६ ग्रॅम/१०० ग्रॅम कोरड्या वजनापर्यंत (DW) पॉलीफेनॉलचे महत्त्वपूर्ण प्रमाण आढळते [८].

रताळ्याच्या पानांमध्ये, फिनोलिक ॲसिड, अँथोसायनिन आणि कॅफिओलक्विनिक ॲसिड डेरिव्हेटिव्ह्ज हे निरीक्षित हायपोग्लाइसेमिक परिणामांमध्ये योगदान देणारे घटक म्हणून ओळखले गेले [९].

आण गाव, क्लुंगकुंग, बाली येथून मिळवलेल्या रताळ्याच्या पानांच्या इथेनॉल अर्कामध्ये विविध फ्लेव्होनॉइड्स असतात, जसे की अँथोसायनिन, फ्लॅव्होनॉल्स आणि फ्लॅव्होन्स, ज्यांची अर्कातील एकाग्रता रक्तातील ग्लुकोज आणि मॅलोंडियलडिहाइडच्या पातळीतील घटीशी रेषीय संबंध दर्शवते [१०].

याव्यतिरिक्त, रताळ्यामध्ये आढळणाऱ्या फायटोकेमिकल्सचा प्रकार आणि एकाग्रता त्यांच्या मधुमेह-विरोधी क्रियेवर परिणाम करते [११].  इपोमोआ बटाटासच्या मधुमेह-विरोधी परिणामांचा आणि कार्यप्रणालींचा अभ्यास करणाऱ्या असंख्य अभ्यासांनंतरही, सर्वसमावेशक दस्तऐवजीकरणाचा अभाव आहे. म्हणून, या पद्धतशीर पुनरावलोकनाचा उद्देश मधुमेह-विरोधी कार्यासाठी जबाबदार असलेल्या संयुगांचे विहंगावलोकन करणे आणि त्यांच्या कार्यप्रणाली स्पष्ट करणे हा आहे.

हे पुनरावलोकन एक सर्वसमावेशक डेटाबेस म्हणून कार्य करेल, जे इतर संशोधकांना इपोमोआ बटाटास-आधारित उत्पादनांच्या विकासासाठी पुढील पायऱ्या ओळखण्यास मदत करेल.

संदर्भ

Foods. 2023 Jul 24;12(14):2810. doi: 10.3390/foods12142810

रताळ्याच्या (इपोमोआ बटाटास) मधुमेह-विरोधी कार्याची कार्यप्रणाली: एक पद्धतशीर पुनरावलोकन

कोकोर्डा इस्तरी श्री अरिसांती 1,2, आय मेड ऑगस्ट गेलगेल विरासुता 2, इडा मुसफिरोह 1, एमी हैनिडा खैरुल इकराम 3,4,5, मुचतारिदी मुचतारिदी 1,5,*

Foods. 2023 Jul 24;12(14):2810. doi: 10.3390/foods12142810

Mechanism of Anti-Diabetic Activity from Sweet Potato (Ipomoea batatas)

: A Systematic Review

Cokorda Istri Sri Arisanti 1,2, I Made Agus Gelgel Wirasuta 2, Ida Musfiroh 1, Emmy Hainida Khairul Ikram 3,4,5, Muchtaridi Muchtaridi 1,5,*मी

Sweet Potato Antidiabetic

 

Introduction

The prevalence of diabetes in 2021 was 537 million people []. 

This number is anticipated to rise by 10.2% by 2030 and 10.9% by 2045 []. 

Diabetes mellitus (DM) and its complications were responsible for 12.2% of fatalities worldwide in the age group from 20 to 79 years old in 2021 [].

The most prevalent form of diabetes is type 2, which is characterized by impaired hepatic glucose metabolism, reduced pancreatic beta cell function, and peripheral insulin resistance [].

 The American Association of Clinical Endocrinologists (AACE) recommend α-glucosidase inhibitors as the first-line therapy because they are safe, effective, have a low incidence of hypoglycemia, and have tolerance in the cardiovascular system [];

 however, it has been claimed that this medication produces undesirable side effects []. 

Therefore, an investigation of natural ingredients that are both effective and safe has the potential to mitigate the risk of type 2 diabetes and its associated complications.

Sweet potato (Ipomoea batatas) is the sixth most grown food worldwide []. 

Its leaves are renowned for their antioxidant capabilities, surpassing those of ascorbic acid, tea, and grape seed polyphenols by a factor of 3.1, 5.9, and 9.6, respectively []. 

Remarkably, the leaf parts of 40 sweet potato cultivars contain a significant amount of polyphenols ranging from 7.39 to 14.66 g/100 g dry weight (DW) [].

 Within sweet potato leaves, phenolic acids, anthocyanins, and caffeoylquinic acid derivatives were identified as contributors to the observed hypoglycemic effects []. 

Sweet potato leaf ethanol extract obtained from Aan village, Klungkung, Bali consists of diverse flavonoids, such as anthocyanins, flavonols, and flavones, whose concentrations in the extract exhibited a linear correlation with the decrease in blood glucose and malondialdehyde levels [].

 Additionally, the type and concentration of phytochemicals found in sweet potatoes affect their anti-diabetic action []. 

Despite numerous studies investigating the anti-diabetic effects and mechanisms of Ipomoea batatas, comprehensive documentation is lacking. Therefore, this systematic review aims to provide an overview of the compounds responsible for the anti-diabetic activity and to elucidate their mechanisms of action.

 This review will function as a comprehensive database, aiding other researchers in identifying the subsequent steps for the development of Ipomoea batatas-based products.


Ref

Foods. 2023 Jul 24;12(14):2810. doi: 10.3390/foods12142810

Mechanism of Anti-Diabetic Activity from Sweet Potato (Ipomoea batatas): A Systematic Review

Cokorda Istri Sri Arisanti 1,2, I Made Agus Gelgel Wirasuta 2, Ida Musfiroh 1, Emmy Hainida Khairul Ikram 3,4,5, Muchtaridi Muchtaridi 1,5,*

Sunday, December 21, 2025

Effect of E. cardamomum on hyperglycemia

 Effect of E. cardamomum on

 hyperglycemia

Hyperglycemia is one of the risk factors of metabolic syndrome. Hyperglycemia can induce vascular inflammation (73), microvascular damage (74), and atherosclerosis (75). It also impairs the immune status by stimulating cell adhesion molecules and inflammatory cytokines besides inhibiting the function of leukocytes (76).


Cardamom can ameliorate high blood glucose, insulin resistance, and glucose metabolic disorders. E. cardamomum and its active constituents can control insulin secretion, insulin resistance through increasing the amount of SIRT1, PPAR-γ coactivator-1 alpha (PGC-1α), and attenuating the function of nuclear factor kappa-light-chain-enhancer of activated B cells (NF-κB) as well as controlling glucose metabolism by inhibiting α-glucosidase and α-amylase.


Relevant studies regarding the effect of cardamom on diabetes, insulin resistance, and glucose metabolism will be discussed below.


Clinical trials


A clinical trial demonstrated that administration of cardamom (3 g/day, 3 months) to a non-alcoholic fatty liver patient caused an increase in SIRT1 (from 1.2 to 1.3 ng/ml) (66). SIRT1 is responsible to regulate insulin secretion, insulin resistance, lipid/glucose/energy metabolism, inflammatory process, CVD, and kidney diseases (77). Moreover, SIRT1 can upregulate PGC-1α that inhibits NF-κB activation. It also impacts obesity, hepatic glucose production, insulin sensitivity (78), inhibits oxidative stress, and inflammation in pancreatic β-cells (79). On the other hand, NF-κB activation in adipose tissue macrophage of liver and muscle adipose tissue can contribute to the development of insulin resistance in these tissues (80). The administration of cardamom (3 g/day, 10 weeks) declined serum

 hemoglobin-A1C (HbA1C) (from 8.19 to 7.71 %), homeostatic model assessment-insulin resistance (HOMA-IR) (from 5.01 to 3.80), insulin (from 12.8 to 10.7 μIU/dl), TG levels (from 158.4 to 125.8 mg/dl), and elevated SIRT1 level (from 8.73 to 11.10 ng/dl) in overweight/obese T2DM patients (44). It was also observed that cardamom (3 g, 2 months) could increase insulin sensitivity (from 0.30 to 0.31 QUICKI) in pre-diabetic subjects (43)



Iran J Basic Med Sci. 2021 Nov;24(11):1462–1469. doi: 10.22038/IJBMS.2021.54417.12228

Roghayeh Yahyazadeh 1, Mahboobeh Ghasemzadeh Rahbardar 2, Bibi Marjan Razavi 1,3, Gholamreza Karimi 1,2, Hossein Hosseinzadeh 1,2,*

Saturday, December 20, 2025

Effect of E. cardamomum on dyslipidemia

  Effect of E. cardamomum on dyslipidemia

Dyslipidemia, which is linked to a changed lipoprotein spectrum and modified lipoproteins, is one of the main risk factors in MetS (). Increased triglyceride (TG)-rich lipoproteins (TRLs), reduced high-density lipoprotein (HDL) and augmented small low-density lipoprotein (LDL) particles are the three major components of dyslipidemia associated with MetS (). Dyslipidemia plays an important role in developing atherosclerotic CVD associated with MetS. The association between low-density lipoprotein cholesterol (LDL-C) levels and the initiation and development of arterial plaques, for example, is well known, and LDL-lowering therapy has been shown in several clinical trials to substantially reduce the frequency of cardiovascular events. Furthermore, epidemiologic studies have shown that high-density lipoprotein cholesterol (HDL-C) levels and coronary artery disease have a clear inverse relationship (). Some studies have also stated that the C-reactive protein (CRP) level is a marker for dyslipidemia, diabetes, and MetS ().

Cardamom and its active ingredients have been demonstrated to modify blood total cholesterol (TC), TG, LDL, and HDL in several investigations.

Ref

Iran J Basic Med Sci. Effect of E. cardamomum on hyperglycemia


Hyperglycemia is one of the risk factors of metabolic syndrome. Hyperglycemia can induce vascular inflammation (73), microvascular damage (74), and atherosclerosis (75). It also impairs the immune status by stimulating cell adhesion molecules and inflammatory cytokines besides inhibiting the function of leukocytes (76).


Cardamom can ameliorate high blood glucose, insulin resistance, and glucose metabolic disorders. E. cardamomum and its active constituents can control insulin secretion, insulin resistance through increasing the amount of SIRT1, PPAR-γ coactivator-1 alpha (PGC-1α), and attenuating the function of nuclear factor kappa-light-chain-enhancer of activated B cells (NF-κB) as well as controlling glucose metabolism by inhibiting α-glucosidase and α-amylase.


Relevant studies regarding the effect of cardamom on diabetes, insulin resistance, and glucose metabolism will be discussed below.


Clinical trials


A clinical trial demonstrated that administration of cardamom (3 g/day, 3 months) to a non-alcoholic fatty liver patient caused an increase in SIRT1 (from 1.2 to 1.3 ng/ml) (66). SIRT1 is responsible to regulate insulin secretion, insulin resistance, lipid/glucose/energy metabolism, inflammatory process, CVD, and kidney diseases (77). Moreover, SIRT1 can upregulate PGC-1α that inhibits NF-κB activation. It also impacts obesity, hepatic glucose production, insulin sensitivity (78), inhibits oxidative stress, and inflammation in pancreatic β-cells (79). On the other hand, NF-κB activation in adipose tissue macrophage of liver and muscle adipose tissue can contribute to the development of insulin resistance in these tissues (80). The administration of cardamom (3 g/day, 10 weeks) declined serum hemoglobin-A1C (HbA1C) (from 8.19 to 7.71 %), homeostatic model assessment-insulin resistance (HOMA-IR) (from 5.01 to 3.80), insulin (from 12.8 to 10.7 μIU/dl), TG levels (from 158.4 to 125.8 mg/dl), and elevated SIRT1 level (from 8.73 to 11.10 ng/dl) in overweight/obese T2DM patients (44). It was also observed that cardamom (3 g, 2 months) could increase insulin sensitivity (from 0.30 to 0.31 QUICKI) in pre-diabetic subjects (43). Nov;24(11):1462–1469. doi: 10.22038/IJBMS.2021.54417.12228

डिसलिपिडेमियावर वेलचीचा (E. cardamomum) प्रभाव

Roghayeh Yahyazadeh 1, Mahboobeh Ghasemzadeh Rahbardar 2, Bibi Marjan Razavi 1,3, Gholamreza Karimi 1,2, Hossein Hosseinzadeh 1,2