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Abstract

Herbal ingredients are frequently utilized in skincare products because of their natural, chemical-free benefits. The composition and advantages of mukhasaundrya vrudhi churna comprising powdered mulberry leaves, lotus flowers, sandalwood, and aloe vera are investigated in this study. Each component has special benefits for the skin: aloe vera powder helps with moisturizing and healing, lotus flower powder hydrates and calms the skin, sandalwood powder has cooling and anti-inflammatory qualities, and mulberry leaf powder is high in antioxidants and brightens the skin. These natural components work together to give skin a more radiant appearance, lessen pigmentation, and improve texture. All skin types can use this face pack because it doesn't contain any dangerous substances. The study shows the potential of herbal formulations in offering safe and efficient skincare solutions and assesses its efficacy through sensory analysis and user feedback. The results indicate that the herbal face pack is a promising skincare product that improves skin health organically.

Keywords

Face Beauty, Formulation, Moisturizing, Morus nigra, Skin glow.

Introduction

Herbal cosmetics have gained a lot of attention lately because of their potent skin-brightening, skin-nourishing, and skin-cleansing properties. Their apparent purity and lower danger of negative health consequences when compared to traditional cosmetics, which frequently contain chemical or synthetic components, are the reasons for their growing appeal (1). The word "cosmetic" comes from the Greek word "kosm tikos," which means "having the power, order, and skill in decorating." The history of cosmetics is a continuous narrative that spans human development (2). The skin, the largest organ in the body, acts as a barrier between the interior and exterior, protecting the body from harmful stimuli such as bacteria, sunlight, allergens, and irritants (3). The frequent use of chemical cosmetics, sedentary lifestyles, bad eating habits, stressed lives, and blood impurities are the main causes of acne, blackheads, dark spots, pigmentation, dark circles, tanning, and other problems (4). The components of skin include lipids, carbohydrates, and amino acids, among others. For the skin to remain clear, shiny, and healthy, a balanced diet is necessary (5). This churna is simple to make at home and contains natural skin-lightening properties. Vitamins that are necessary for skin health and radiance are abundant in face packs made with natural ingredients. Numerous benefits of these compounds for the skin have been demonstrated using natural mukhasaundrya vrudhi churna is simple (6). The earliest natural chemicals with therapeutic and cosmetic uses those humans have discovered come from plants. To meet their fundamental medical needs, between 70 and 80 percent of people worldwide still rely on traditional herbal therapy (7).

Benefits Of Mukhasaundrya Vrudhi Churna:

  1. Its natural components aid to lessen acne, pimples, scars, and blemishes.
  2. It gives skin a calming and relaxing sensation.
  3. It aids in quickly restoring the skin's lost radiance and luster.
  4. Using mukhasaundrya vrudhi churna on a regular basis improves skin texture, complexion, and skin radiance.
  5. The appropriate usage of mukhasaundrya vrudhi churna can successfully counteract the negative effects of pollutants and severe weather.
  6. It aids in preventing skin aging too soon.
  7. Mukhasaundrya vrudhi churna can be used to successfully limit the formation of wrinkles, fine lines, and skin sagging.
  8. Skin seems youthful and healthy with mukhasaundrya vrudhi churna (8).

Ideal Properties of Mukhasaundrya Vrudhi Churna:

  1. It must not be unpleasant or harmful.
  2. It needs to be stable both chemically and physically.
  3. There should be a pleasant scent.
  4. They must be capable of thoroughly cleansing the skin.
  5. They must make the skin feel tighter after application.
  6. Their history must be flawless.
  7. It needs to be economical.
  8. Ingredients ought to be readily accessible (9).

LITERATURE REVIEW:

  1. Mulberry Leaves:

Fig. 1: Mulberry Leaves

Mulberry is a woody, perennial plant native to China that is a member of the genus Morus and family Moraceae. Mulberry plants, a deciduous plant that thrives in a variety of environmental situations, exhibit rapid development and a brief time of proliferation (10). Mulberry leaves are the primary source of mulberry leaf extract, which is typically referred to as phenolics such quercetin by [quercetin 3-(6-malonylglucoside)], isoquercetin, rutin, and a few other flavonoids (11). In cosmetics, paper mulberry is frequently used as a skin-lightening ingredient. By suppressing tyrosinase activity and melanin synthesis, paper mulberry may help avoid skin hyperpigmentation. Many skin-whitening products for external use contain extracts from paper mulberry. For teeth whitening, paper mulberry and Styela clava extract are mixed to create a face mask sheet. A paper mulberry mask pack shown skin-moisturizing properties. White ginseng and paper mulberry were used in a cosmetic formulation to smooth and moisturize the skin (12).                                                                                                                             

Taxonomic classification of Morus L. (Mulberry)

Table No. 1

Kingdom

Plantae

Subkingdom

Tracheobionta-Vascular plant

Superdivision

Spermatophyta

Division

Magnoliophyta-Flowering plant

Class

Magnoliopsida-Dicotyledons

Subclass

Hamamelididae

Order

Urticales

Family

Moraceae-Mulberry family

Genus

Morus L. (mulberry)

Species

  1. Morus alba
  2. MORUS AUSTRALIS
  3. Morus cathayana
  4. Morus macroura
  5. Morus mongolica
  6. Morus nigra
  7. Morus notabilis
  8. Morus serrate
  9. Morus insignis
  10. Morus microphylla (13)
  1. Lotus Flower:

Other names for the lotus (Nelumbo nucifera G.) are Kamala, sacred lotus, and water lily. It is a perennial aquatic flower belonging to the genus Nelumbo, which includes the cultivated Nelumbo nucifera and the wild Nelumbo lutea. The genus is widespread in northern Australia and North

America, as well as on the Asian continent (China, India, and Russia). Since 7000 years ago, lotuses have been grown for their nutrient-dense rhizomes, leaves, and seeds across Asia. Producing 45,000 tons of lotus seed and 9 million tonnes of fresh rhizomes, it is one of China's most important economic crops because of its significant nutritional qualities. The leaves, rhizomes, seeds, flowers, roots, and buds were traditionally used to cure cancer, hypertension, depression, sleeplessness, diarrhea, and heart conditions (14). The lotus offers several advantages to humans, including edibles, medicinal herbs, and lovely blossoms. Every part of the lotus, including the leaves, buds, petals, and seeds, can be used to make wholesome meals or medicinal herbs (15).

Fig. 2: Lotus Flower

Taxonomical classification of Lotus plant

Table No. 2

Kingdom Plantae

Plants

Botanical name

Nelumbo nucifera

Sub Kingdom

Tracheobionta – Vascular Plants

Super Division

Spermatophyta – Seed Plants

Division

Magnoliophyta – Flowering Plants

Class

Magnoliopsida

Subclass

Magnoliidae

Super order

Protaenae

Order

Proteales

Family

Nymphaeaceae

Genus

Nelumbo Adans

Species

Nelumbo nucifera Gaen. –Sacred lotus

Parts used

Petals, seeds, leaves, roots (16).

  1. Sandalwood:

Fig. 3: Sandalwood

The species has been sold to China and India and is found in the wild from the eastern part of Java, the Island of Madura, Bali, Rote, Wetar, Sawoe, and Sumba (17). Indian sandalwood, or Santalum album L., is a small to medium-sized, semi-parasitic, evergreen tree that belongs to the Santalaceae family. It has great medicinal and commercial value and is among the oldest and most lucrative natural scent sources. This plant is well-known for both its significant social and economic benefits and its aroma. The Tamil word for "sandal" is Sandanam, the Telugu word is Chandanamu, and the Kannada word is Srigandha or Gandha. According to historical analysis, sandalwood has been referenced in Indian mythology, ancient writings, and folklore (18).

Taxonomical classification of Sandalwood

Table No. 3

Scientific Name

Santalum album

Common Name

Santal oil, white Saunders oil, white or yellow sandalwood oil, & East Indian Sandalwood oil

Family

Santalaceae

Genus

Santalum

Kingdom

Plantae (19).

  1. Aloe Vera

 

Fig. 4: Aloe Vera

Aloe vera (AV), a member of the Liliaceae family, is native to South Africa. Only a small number of the more than 400 species—including AV, Aloe ferox Miller, and Aloe arborescence—have therapeutic significance. AV, also referred to as Cape Aloe, is thought to have the maximum development potential and is the one that researchers have examined the most. Yuanjiang Aloe, sometimes referred to as Chinese Aloe, is a special type found in China that is distinguished by its rich active components, rapid reproduction, and powerful development (20). Aloe vera's polysaccharides, such as ace mangan, hydrate profoundly due to a protective barrier that holds onto moisture. It helps the skin retain its water content, which typically makes it an effective moisturizer for both dry and irritated skin. In order to decrease trans epidermal water loss and increase skin hydration, it is occasionally combined with lotions and gels (21). Aloe vera was used medicinally in Mesopotamia, as evidenced by clay tablets from 1750 BC. Aloe vera was used to treat skin ailments, according to Egyptian texts around 550 BC. In addition to being used as a laxative and insect repellent, aloe vera was utilized to cure eczema. Aloe plants come in over 300 different species. The flowers of this shrub are yellow. The triangular, spear-like leaves have prickly ridges and are grouped in a rosette pattern (22).

Taxonomical classification of Aloe Vera

Table No. 4

Kingdom

Plantae

Order

Asparagales

Division

Spermatophyte

Subdivision

Angiospermae

Class

Monocotyledoneae

Genus

Aloe

Species

Barbadensis Mill

Synonyms

Aloe, Musabbar, Kumari

Family

Liliaceae (23)

OBJECTIVE

  1. Improving the Beauty of the Face:

Improving the general health and appearance of the skin on the face is the main objective.

  1. Resolving Environmental Skin Stressors:

To mitigate the adverse impacts on the skin caused by allergies, pollutants, and microbial imbalances.

  1. Developing a Universal Skincare Solution:

To produce a solution that works for a variety of age groups and skin types.

  1. Enhancing Skin Health with Natural Substances:

To make use of the health benefits of herbal substances for skin protection, renewal, and cleansing.

  1. Guaranteeing the Safety and Quality of the Product:

To uphold strict quality standards by thoroughly testing and analyzing the recipe. (24)

  1. Enhancing User Experience:

To create a product that is simple to use and uninstall, guaranteeing a satisfying experience for the user.

  1. Providing skin rejuvenation:

To tone, cleanse, moisturize, and renew the skin. (25)

MATERIALS AND METHOD

Ingredients:

Table No. 5

Sr. No.

Ingredients

Figures

Uses

 

  1.  

 

Mulberry Leaves

 

 

 

Rich in antioxidants, reduces pigmentation, enhances skin glow

 

  1.  

 

Lotus Flower

 

 

 

Hydrates and calms the skin

 

  1.  

 

Sandalwood

 

 

 

Cooling, anti-inflammatory qualities and enhances complexion

 

  1.  

 

Aloe Vera

 

 

 

Moisturizing, healing and improves skin elasticity.

 

 

Formulation Of Mukhasaundrya Vrudhi Churna:

Table No. 6

Sr. No.

Name of Ingredients

Scientific Name

Quantity of Sample per 100g

F1

F2

F3

F4

F5

  1.  

Mulberry Leaves

Morus nigra

10

10

10

10

15

  1.  

Lotus Flower

Nelumbo nucifera

20

15

25

20

20

  1.  

Sandalwood

Santalum alba

30

25

35

25

30

  1.  

Aloe Vera

Aloe barbadensis

40

50

30

35

35

Method Of Preparation:

A blend of natural components with skin-nourishing and detoxifying qualities is used to make mukhasaundrya vrudhi churna. This section will outline the detailed preparation process.

Procedure Of Application:

Mukhasaundrya vrudhi churna is applied in a methodical manner to optimize its advantages. This ensures safe and efficient use by guiding the proper application technique.       

 

Fig. 5: Mukhasaundrya Vrudhi Churna 

Fig. 6: Mukhasaundrya Vrudhi Churna + Rose Water

RESULTS:

Preformulation Study:

Ingredients

Bulk Density

Tapped Density

Angle of repose

Moisture Content

Ash Content

Mulberry Leaves

0.35g/ml

0.46g/ml

23.74°

0.14%

15±0.5%

Lotus Flower

0.31g/ml

0.41g/ml

23.26°

0.13%

11.5±1.5%

Sandalwood

0.27g/ml

0.39g/ml

22.29°

0.08%

2±1.13%

Aloe Vera

0.41g/ml

0.55g/ml

24.70°

0.23%

14±0.5%

[All the tests are performed in triplicate form at Laboratories of PRES’s College of Pharmacy (For Women), Nashik]                                           

Table No. 7

Methods Of Evaluation:

  1. Organoleptic Properties:

In this step, the herbal face pack was assessed according to its texture, color, odor, and look (27).

  1. Physical Evaluation:

The Angle of Repose by funnel method, bulk density, and tapped density by tapping method were used to assess the flow properties of the dried powder of mixed form (28).

  1. Physicochemical Evaluation:

Physicochemical characteristics such as moisture content, pH, and ash value were ascertained (29).

  1. Irritancy test:

To test for irritation, draw a 1 sq. cm area on the left hand's back. Record the time after applying one of the ready-made masks to the chosen location. If present, erythema, edema, and irritation are temporary for up to 24 hours, and 16 cases have been reported (30).

  1. Determination of Microbial Load:

The produced formulation was assessed for Total Viable Count and the presence of gram-negative bacteria including Pseudomonas and E. coli at PRES’s Collage of Pharmacy Nashik. (31)

  1. Stability Studies:

For formulation F5, stability testing of the obtained formulation was carried out by storing it for a month at various temperatures. The formulation's packed glass vials were kept at room temperature, 35°C, and 40°C. Physical characteristics such as color, odor, pH, consistency, and feel were assessed. (31)

  1. Washability:

After applying formulations to the skin, the degree and ease of water washing were personally assessed (32).

  1. Determination of Particle size:

Using I.P. Standard sieves and mechanical shaking for 10 minutes the particle size was measured. Particle size is a parameter that influences a number of qualities, including grittiness and spread ability (33).

Organoleptic Properties:

Table No. 8

 

Sr. No.

 

Parameters

Observations

F1

F2

F3

F4

F5

  1.  

Appearance

Powder

Powder

Powder

Powder

Powder

  1.  

Color

Greenish Brown

Greenish Brown

Greenish Brown

Greenish Brown

Greenish Brown

  1.  

Odor

Pleasant

Pleasant

Pleasant

Pleasant

Pleasant

  1.  

Texture

Fine

Fine

Fine

Fine

Fine

  1.  

Smoothness

Smooth

Smooth

Smooth

Smooth

Smooth

Physical Evaluation:

Table No.  9

 

Sr. No.

 

Parameters

Observation

F1

F2

F3

F4

F5

  1.  

Bulk Density

0.29±0.2g/ml

0.27g/ml

0.31g/ml

0.29g/ml

0.30g/ml

  1.  

Tapped Density

0.41g/ml

0.39g/ml

0.43g/ml

0.43g/ml

0.45g/ml

  1.  

Angle of Repose

23.26°

22.7°

21.3°

22.78°

22.29°

 

Physicochemical Evaluation:

Table No. 10

 

Sr. No.

 

Parameters

Observations

F1

F2

F3

F4

F5

  1.  

Particle size (µm)

27.8±5.54

24.2±2.53

25.3±4.67

24.4±3.54

23.6±4.88

  1.  

Ash Content

9±0.2%

9.5±1.5%

10±0.5%

10±1.5%

11±0.5%

  1.  

pH

6.51±0.1

6.48±0.18

6.50±0.1

6.52±0.7

6.54±0.1

  1.  

Moisture Content

0.076±0.5%

0.07±0.4%

0.11±0.1

0.29±0.4%

0.31±0.15%

Irritancy Test:

Table No. 11

 

Sr. No.

 

Parameters

Formulations

 

Observation

F1

F2

F3

F4

F5

  1.  

Irritant

NIL

NIL

NIL

NIL

NIL

No Irritation

  1.  

Erythema

NIL

NIL

NIL

NIL

NIL

No Erythema

  1.  

Edema

NIL

NIL

NIL

NIL

NIL

No Edema

Washability:

Table No. 12

 

Sr. No.

 

Parameter

Observations

F1

F2

F3

F4

F5

  1.  

Washability

Easily Washable

Easily Washable

Easily Washable

Easily Washable

Easily Washable

Microbial Load:

Table No. 13

Sr. No.

Test (Formulation F5)

Observation

  1.  

Total viable count (CFU/g)

872

  1.  

Gram negative pathogens, CFU/g (E. coli, Salmonella, Pseudomonas)

Absent

 

Stability Studies:

Table No. 14

 

Sr. No

 

Parameter

Observations (Formulation F5)

Room Temperature

35±0.5?

40±0.5?

Initial

Final

Initial

Final

Initial

Final

  1.  

Color

Greenish Brown

No Change

Greenish Brown

No Change

Greenish Brown

No Change

  1.  

Odor

Pleasant

No Change

Pleasant

No Change

Pleasant

No Change

  1.  

pH

6.54±0.1

No Change

6.54±0.1

No Change

6.54±0.1

No Change

  1.  

Texture

Fine

No Change

Fine

No Change

Fine

No Change

  1.  

Smoothness

Smooth

No Change

Smooth

No Change

Smooth

No Change

Figures Of Evaluation Parameters Of Formulation F5:

1. Angle of Repose:

2. Particle size:

3. Ash content:

4. pH:

5. Irritancy:

 Before 
Application 

  After

6. Microbial Test:

      
 Fig. No. 7: Evaluation Parameters of Formulation F5

Physical Parameters

The various mukhasaundrya vrudhi churna formulations were made and assessed using the physical parameters listed in Table No. 9. Free flowing properties were displayed using the flow property parameter. The formulas colors were identical. The developed compositions had a pleasant and acceptable odor, which is ideal for cosmetic formulations. According to Table No. 10, the particle sizes of the formulations ranged from 23.6±4.88μm to 27.8±5.54μm. All formulations had pH values that were close to the neutral range, or between 6 and 7, as indicated in Table No. 10. Both the moisture and ash contents were within acceptable bounds (Table No. 10).

Irritancy Test

Table No. 11 displayed the irritancy test findings. During irritancy tests, formulations F1, F2, F3, F4, and F5 did not exhibit any redness, edema, inflammation, or irritation. It is safe to use this mixture on the skin.

Microbial Test

The Total Viable Count (872 CFU/g) was displayed by the microbial load, and Table No. 12 displayed the results of the test for the absence of gram-negative pathogens such Salmonella, E. Coli, and pseudomonas per gram. It was discovered that Formulation F5 had good physical characteristics, was free of skin irritation, and remained consistent even under stressful storage conditions. It is proposed that the developed formulation had the properties of a typical cosmeceutical formulation for cosmetics and was stable both physico-chemically and microbiologically.

Stability Study

The formulation's pH changed somewhat when it was held at 40°C, according to the stability experiments, but there were no alterations at ambient temperature or at 35°C. After a month of stability tests at 40ºC, the formulation's odor changed somewhat, but neither color nor odor changed under the other stability settings listed in Table No. 13.

DISCUSSION

The non-toxic character of herbal cosmetics, such as mukhasaundrya vrudhi churna, is one of its unique benefits. This reduces allergic reactions and is a result of the natural ingredients' shown effectiveness. They are a popular option for people looking for skincare products with a lower risk of negative responses because of this feature. The prepared mukhasaundrya vrudhi churna had a fine, smooth texture, a greenish brown color, and a nice scent, according to the results of several examinations of its qualities. The churna's good flowability was demonstrated by the flow characteristics. There were no symptoms of redness, rashes, or swelling during the irritability test. However, the formulation's pH of 6.54, which is nearly equal to that of skin, suggests that mukhasaundrya vrudhi churna is safe for topical use. The formulation is easily removed from the skin without leaving any traces behind.

CONCLUSION

The purpose of making the mukhsaundrya vrudhi churna was to improve the skin's look and feel. It was made by mixing powders of several herbs and plants. People have been searching for a side-effect-free remedy for a number of skin conditions in recent decades. The utilization of herbal ingredients allowed for the formulation of a product free of adverse effects. Because it contains mulberry leaves, lotus flowers, sandalwood, and aloe vera, the mukhsaundrya vrudhi churna is a natural skincare product that encourages hydrated, healthy skin without having any unfavorable side effects. Additionally, it suggests that the developed formulation possessed the characteristics of a typical skincare formulation and was stable both physico-chemically and microbiologically.

FUTURE SCOPE:

  1. Commercialization and Market Expansion:
  1. Growing Demand for Herbal Skincare: Mukhasaundarya Vrudhi Churna may see an increase in demand as consumers preferences for natural, Ayurvedic, and chemical-free beauty products grow.
  2. Product Diversification: To increase its reach, it can be added to other forms such capsules, face packs, lotions, and serums.
  1. Scientific Validation & Clinical Research:
  1. Pharmacological Studies: Studies on its skin-brightening, anti-inflammatory, and antioxidant properties can increase its legitimacy.
  2. Clinical Trials: Its efficacy claims can be substantiated by conducting clinical trials on a range of skin disorders, including pigmentation, aging, and acne.
  3. Standardization & Quality Control: Its acceptance in contemporary medicine can be enhanced by scientific standardization of its constituents.
  1. Combining Modern Skincare with Integration:
  1. Cosmetic Uses: It may be created as an active component of herbal cosmetics.
  2. Dermatological Collaboration: Working together with dermatologists and skincare specialists can aid in the creation and suggestion of products.
  1. Organic and Sustainable Agriculture:
  1. Herbal Ingredient Cultivation: Promoting organic herb cultivation for the churna's ingredients can enhance sustainability and quality.
  2. Fair Trade Practices: Sustainability programs and ethical sourcing might draw in ethical customers.
  1. Growth of Digital and E-Commerce:
  1. Online Ayurvedic Consultation: Its use can be encouraged by telemedicine and online consultations.
  2. Influencer marketing and social media: Digital awareness initiatives can boost sales and brand reputation.
  1. Wellness & Ayurvedic Tourism:
  1. Therapeutic Spa Treatments: These can be used into Ayurvedic spa treatments to revitalize the skin.
  2. Ayurvedic retreats: included into detox and beauty improvement programs at wellness centers.

ACKNOWLEDGMENT

We would like to thank Principal Dr. Charushila J. Bhangale of PRESs College of Pharmacy (For Women) Chincholi, Nashik and our guide Ms. Kiran P. Bundela for encouraging us throughout the work and for support by providing all necessary requirements. We are also grateful to all teaching staff for their kind support thorough various means. We also thankful to PRESs College of Pharmacy (For Women), Chincholi, Nashik, Dagadu Teli, Nashik and Sign Gold Industries for providing raw materials.

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  24. Chabukswar N, Valvi I, Gaikwad K, Kulkarni K, Shaikh A. Formulation and evaluation of the herbal face pack.
  25. Dulhat JD, Dhule RC, Kulkarni K, Gaikwad K, Shaikh A. Formulation And Evaluation Of Herbal Face Pack.
  26. Sandanshiv SY, Patil SR, Wagh VD, Shinde PA, Mali RP. Formulation and Evaluation of Herbal Face Pack. Journal of Drug Delivery & Therapeutics. 2023 Mar 1;13(3).
  27. Gopikrishna UV, Prarthan KN, Subrahmanya Pradeep P, Kavyashree S, AR S. Formulation and evaluation of herbal face pack for healthy skincare. International Journal of Current Research in Physiology and Pharmacology. 2024 Mar 11:10-24.
  28. Telange-Patil PV, Shaikh AS, Maske ND. Formulation and Evaluation of herbal Face Pack by Extracting Method. International Journal of Current Science. 2022 Dec; 2(4):258-274.
  29. Khandelwal K. Practical pharmacognosy. Pragati Books Pvt. Ltd.; 2008 Sep 7. Sankpal RM, Desai RR, Shinde PS, Kare DJ, Patrakar R, Patil AA. Preparation and Evaluation of Herbal Face Pack.
  30. Sankpal RM, Desai RR, Shinde PS, Kare DJ, Patrakar R, Patil AA. Preparation and Evaluation of Herbal Face Pack.
  31. Begum F, Idris M. Design And Development Of Unani Face Pack (Ufp) For Skincare.
  32. Patel KK, Mehta NJ, Dhandhalia MC, Bhanupriy AK, Shastri DH, Shelat PK, Shah GB. Development and evaluation of herbal Anti-Acne formulation.
  33. CVS Suhramanyam, J. Thimmasetty, Sarasija Suresh, V. Kusum Devi, Pharmaceutical Engineering the practical approach Unit operations: P 116-118 Union Operations Publication.

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  23. Pegu AJ, Sharma MA. Review on Aloe vera. Int J Trend Sci Res Dev. 2019;3(4):35-40.
  24. Chabukswar N, Valvi I, Gaikwad K, Kulkarni K, Shaikh A. Formulation and evaluation of the herbal face pack.
  25. Dulhat JD, Dhule RC, Kulkarni K, Gaikwad K, Shaikh A. Formulation And Evaluation Of Herbal Face Pack.
  26. Sandanshiv SY, Patil SR, Wagh VD, Shinde PA, Mali RP. Formulation and Evaluation of Herbal Face Pack. Journal of Drug Delivery & Therapeutics. 2023 Mar 1;13(3).
  27. Gopikrishna UV, Prarthan KN, Subrahmanya Pradeep P, Kavyashree S, AR S. Formulation and evaluation of herbal face pack for healthy skincare. International Journal of Current Research in Physiology and Pharmacology. 2024 Mar 11:10-24.
  28. Telange-Patil PV, Shaikh AS, Maske ND. Formulation and Evaluation of herbal Face Pack by Extracting Method. International Journal of Current Science. 2022 Dec; 2(4):258-274.
  29. Khandelwal K. Practical pharmacognosy. Pragati Books Pvt. Ltd.; 2008 Sep 7. Sankpal RM, Desai RR, Shinde PS, Kare DJ, Patrakar R, Patil AA. Preparation and Evaluation of Herbal Face Pack.
  30. Sankpal RM, Desai RR, Shinde PS, Kare DJ, Patrakar R, Patil AA. Preparation and Evaluation of Herbal Face Pack.
  31. Begum F, Idris M. Design And Development Of Unani Face Pack (Ufp) For Skincare.
  32. Patel KK, Mehta NJ, Dhandhalia MC, Bhanupriy AK, Shastri DH, Shelat PK, Shah GB. Development and evaluation of herbal Anti-Acne formulation.
  33. CVS Suhramanyam, J. Thimmasetty, Sarasija Suresh, V. Kusum Devi, Pharmaceutical Engineering the practical approach Unit operations: P 116-118 Union Operations Publication.

Photo
Sulochna Mandlik
Corresponding author

Pravara Rural Education Society's College of Pharmacy, Nashik

Photo
Sakshi Thete
Co-author

Pravara Rural Education Society's College of Pharmacy, Nashik

Photo
Vaibhavi Raut
Co-author

Pravara Rural Education Society's College of Pharmacy, Nashik

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Kiran Bundela
Co-author

Pravara Rural Education Society's College of Pharmacy, Nashik

Sulochna Mandlik*, Sakshi Thete, Vaibhavi Raut, Kiran Bundela, Mukhasaundrya Vrudhi Churna, Int. J. of Pharm. Sci., 2025, Vol 3, Issue 5, 2333-2347. https://doi.org/10.5281/zenodo.15412971

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