
Roots
The whisper of coiled strands, each curl a silent chronicle, reaches back through generations. It is a story etched not in parchment, but in the very fiber of textured hair, a living memory held within every spiral. To seek whether modern inquiry can affirm the traditional wisdom of ancient hair oils for our distinct hair types is to embark upon an inquiry into lineage itself.
We stand at a threshold, peering into the timeless practices of our ancestors, their hands knowing the rhythm of nourishment long before the modern laboratory had its say. This exploration begins at the very source, in the fundamental architecture of textured hair, examining how age-old remedies resonate with contemporary understanding.

The Architecture of Ancestral Hair
Textured hair, with its remarkable diversity, possesses an inherent structure that shapes its needs and vulnerabilities. Unlike straight hair, the elliptical or flattened cross-section of a coily or curly strand causes the cuticle scales—the outermost protective layers—to lift more readily. This natural predisposition creates pathways for moisture to escape and makes the hair more susceptible to environmental stressors.
Understanding this unique biological blueprint is essential for appreciating why certain traditional practices, particularly the application of oils, held such lasting efficacy. The hair shaft, a slender cylinder composed of the medulla, cortex, and cuticle, responds to its environment in ways that our forebears intuitively grasped.
Consider the cuticle, that outermost layer of overlapping scales, resembling shingles on a roof. In highly coiled or kinky hair, these scales do not lie as flat, leaving the inner cortex more exposed. This physical reality means that moisture, so vital for elasticity and preventing breakage, departs with greater ease.
Ancient caretakers, observing this tendency, learned to create protective layers, often with substances that would coat or even penetrate these delicate structures. This practice directly countered the environmental challenges their hair faced, keeping it supple and strong despite harsh climates.

Porosity’s Ancient Echoes and Modern Interpretation
The concept of hair Porosity, which describes the hair’s ability to absorb and retain moisture, finds a profound echo in ancestral care systems. Modern science classifies hair into low, medium, and high porosity, based on how tightly or loosely bound the cuticle layers are.
Hair porosity, understood today through scientific classification, reflects an ancient, intuitive comprehension of how different hair types interact with moisture and oils.
For instance, highly porous hair, often a result of damage or genetics where cuticle scales are raised, quickly absorbs liquids yet loses them with equal swiftness. Traditional oils, especially thicker ones, served as natural sealants for this hair type, helping to keep hydration locked within the strands. Conversely, hair with low porosity, characterized by tightly closed cuticles, resists the entry of moisture but retains it well once absorbed.
Lighter oils were historically favored for such hair, as they could provide conditioning without creating excessive build-up. This intuitive pairing of natural oils with specific hair characteristics, though not articulated in scientific terms, mirrors modern understanding of lipid penetration and surface conditioning.
| Hair Porosity Type High Porosity Hair |
| Traditional Understanding of Need Hair that quickly accepts moisture but dries rapidly; needs sealing. |
| Modern Scientific Link to Oil Choice Heavier oils (like castor oil, shea butter, coconut oil) form a protective layer, minimizing moisture loss and smoothing the cuticle. |
| Hair Porosity Type Low Porosity Hair |
| Traditional Understanding of Need Hair that resists water entry but retains moisture once absorbed; needs lighter conditioning. |
| Modern Scientific Link to Oil Choice Lighter oils (such as jojoba oil, grape seed oil) can penetrate tightly packed cuticles without excessive build-up, especially with gentle heat. |
| Hair Porosity Type Ancestral wisdom of oil selection aligns with contemporary scientific insights into hair's moisture dynamics. |

A Language of Care ❉ The Hair Lexicon
The historical descriptions of hair, its attributes, and the care rituals connected with it reveal a vocabulary deeply entwined with cultural identity. Long before terms like “coily” or “kinky” gained common usage in contemporary hair discourse, communities possessed their own rich lexicon for distinguishing hair types and textures. These terms were not merely descriptive; they carried social meaning, indicating lineage, status, or even life stages.
The act of hair oiling itself was often known by names that spoke to its spiritual or communal significance, a reflection of a deeper connection beyond mere aesthetics. Modern scientific descriptions, while precise, sometimes lose the poetic weight of these traditional terms.
For instance, the textures of type 4 hair, often described today as having tight coils or zig-zag patterns, were simply understood as the natural expression of a people’s crowning glory. The oils applied were chosen not just for their physical effect, but for their association with prosperity, healing, or community well-being. This deeper meaning is a testament to the cultural layers built around hair care, where practical application merged with symbolic resonance.

Growth Cycles and the Rhythm of Life
Hair growth cycles, the continuous procession of anagen (growth), catagen (transition), and telogen (resting) phases, have always dictated the rhythm of hair care, even if not consciously labeled in ancient times. Traditional practices aimed to support robust hair health throughout these cycles, intuitively seeking to extend the growth phase and reduce premature shedding. Oils, with their various compounds, played a part in these aspirations. Scientific research today points to specific components in traditional oils that can influence hair health at a cellular level, aligning with these long-held desires.
For instance, oils like Amla Oil, derived from the Indian gooseberry, have been traditionally used to promote hair growth and combat premature graying. Modern research suggests amla oil’s richness in vitamin C and antioxidants may counteract oxidative stress on melanocytes, cells responsible for hair color, and even influence factors related to hair growth. Similarly, some studies indicate that ricinoleic acid in Castor Oil, a long-used emollient, might have an impact on certain pathways related to hair growth. This confluence of ancestral application and emerging scientific data suggests a deeper wisdom at play than previously credited.

Ritual
The tending of textured hair has never simply been a routine; it has always been a ritual, a connection to ancestral memory, particularly within communities of Black and mixed-race heritage. The hands that braided, coiled, and massaged were not just applying product; they were transmitting knowledge, fortifying identity, and weaving bonds across generations. Ancient hair oils stand as silent witnesses to these enduring practices, their use deeply integrated into the art and science of textured hair styling.
Can modern scientific inquiry decode the efficacy behind these time-honored applications? Indeed, it can, often revealing the very mechanisms that our ancestors understood through observation and communal wisdom.

Protective Styling as a Heritage Practice
Protective styles, such as braids, twists, and cornrows, are cornerstones of textured hair care, particularly in African and diasporic communities. These styles shield the hair from daily environmental damage, minimize manipulation, and help retain length. Oils and butters were, and remain, an integral component of these styles. They moisturize the hair before braiding, seal in hydration, and provide a barrier against external elements.
The application of oils in conjunction with protective styles is a testament to an ancestral understanding of hair preservation. During the transatlantic slave trade, as access to traditional tools and natural ingredients diminished, enslaved people adapted, using what was available—including animal fats and often bacon grease or butter—to moisturize and protect their hair. This adaptive use, born of necessity, underscores the historical imperative of protecting textured hair, even under the most brutal conditions. The Chebe powder tradition of the Basara women of Chad serves as a compelling historical example of this.
For generations, these women have used a mixture of Chebe powder with oils or butters, applied to damp, sectioned hair and then braided, to achieve exceptionally long, healthy hair that often extends past their waist. This practice, passed down through rituals rooted in community and culture, demonstrates an ancient, observational validation of how consistent oil application with protective styling aids length retention by preventing breakage and sealing in moisture. This deep cultural practice, steeped in communal bonds and identity, aligns precisely with modern understanding of how to reduce mechanical stress and maintain hydration for fragile hair.
The historical use of specific natural oils and butters with protective hairstyles illustrates an ancestral comprehension of minimizing breakage and retaining length for textured hair, a wisdom now affirmed by studies on moisture retention.

Does Hair Oiling Protect Against Damage?
Hair oiling, a practice thousands of years old, is not simply about aesthetics; it serves a protective function. Modern science suggests that oils, especially those rich in saturated and monounsaturated fatty acids, can penetrate the hair shaft. This penetration helps to reduce the amount of water absorbed by the hair, thereby reducing swelling and contracting cycles that can lead to hygral fatigue and breakage.
Coconut oil, a staple in many ancient hair care practices, particularly in South Asia and parts of Africa, is a prime example. Research indicates that coconut oil, with its primary fatty acid Lauric Acid (a C12 triglyceride), possesses a unique ability to penetrate the hair shaft more effectively than other oils. This penetration helps reduce protein loss in both undamaged and damaged hair. Such findings provide a scientific explanation for why centuries of traditional use have valued coconut oil for strengthening hair and preventing damage.
Beyond penetration, many ancient oils form a protective layer on the hair’s surface. This layer can shield against environmental aggressors like sun exposure and pollution, and even provide a degree of heat protection. Shea Butter, widely utilized in West African traditions, acts as a rich emollient that seals moisture into strands and forms a protective barrier, making it ideal for high-porosity hair that requires extra hydration and defense. These functions—deep conditioning and surface protection—are precisely what traditional users observed and relied upon.

The Essential Toolkit and Oil Application
The tools employed in ancestral hair care, often simple and handmade, were designed to work in conjunction with natural oils and butters. Wide-tooth combs, often carved from wood or bone, facilitated the gentle detangling of oiled hair, minimizing breakage. The hands, of course, were the primary instruments, applying warmth and pressure during scalp massages to distribute oils and stimulate circulation—a practice now recognized for its potential to support scalp health and hair growth.
The method of application itself speaks to an inherited understanding of hair’s needs. Traditional oiling often involved applying oil to damp hair. This technique, now recognized by modern care methods, helps to trap the water molecules within the hair shaft, with the oil acting as a sealant.
This layering approach ensures optimal hydration, especially for textured hair prone to dryness. The communal aspect of these rituals, where hair care was a shared activity, also reinforces the holistic nature of these practices, extending beyond mere physical benefits to include social and emotional well-being.
- Castor Oil ❉ Widely known as a thick, moisturizing oil, historically used in Ancient Egypt for strength and growth. Modern understanding confirms its moisturizing qualities due to ricinoleic acid.
- Coconut Oil ❉ A traditional staple, particularly in South Asian hair rituals, recognized for deep penetration and protein loss reduction.
- Shea Butter ❉ A West African legacy, valued for its emollient properties, sealing moisture, and protecting strands.
- Amla Oil ❉ From Indian traditions, praised for its benefits for scalp health, growth, and preventing premature graying, with modern research noting its antioxidant and anti-inflammatory properties.

Relay
The enduring connection between ancestral wisdom and modern scientific insight manifests strikingly in the area of hair care regimens. The practices passed down through generations, often codified as daily or weekly rituals, aimed for holistic wellness that extended beyond the hair itself, recognizing the interplay of mind, body, and spirit. Can contemporary scientific investigations truly confirm the profound advantages of these ancient hair oil applications for textured hair, especially when viewed through the lens of heritage and the living memory of our communities? The answer lies in carefully examining the biochemical interactions and physiological responses that align with traditional observations.

Building Care Systems from Ancestral Wisdom
Ancient care systems for textured hair were meticulously crafted, often incorporating the very concept of a personalized regimen long before it became a marketing term. These regimens were informed by local botanicals, climate, and collective experience, instinctively addressing the unique needs of kinky, coily, and curly hair. Modern science now quantifies the precise effects of these traditional ingredients.
For example, the use of various oils and butters was often tailored to specific environmental conditions or hair states. In West African traditions, oils and butters were consistently applied to keep hair moisturized in arid climates, frequently paired with protective styles to aid length retention and overall health. This historical practice underscores an inherent understanding of moisture balance for textured hair, a principle now supported by studies on lipid deposition and water retention within the hair shaft. The selection of oils was not random; certain oils, with their particular fatty acid profiles, were implicitly understood to offer distinct benefits.
Shea Butter, for instance, a staple in many West African communities, possesses a high content of fatty acids, including oleic, stearic, and linoleic acids. This composition allows it to create a substantive layer on the hair, effectively sealing in moisture and softening the strands, particularly beneficial for high-porosity hair. Its anti-inflammatory properties also help soothe scalp irritation, a problem often exacerbated by dryness common in textured hair. Scientific analysis of shea butter confirms its emollient and anti-inflammatory capabilities, providing a measurable basis for its traditional value.

Do Ancient Hair Oils Protect Hair at Night?
The ritual of nighttime hair protection is a concept deeply embedded in the heritage of textured hair care. Wrapping hair in silk or satin, or using specifically designed bonnets, was not merely a cultural adornment; it was a pragmatic approach to preserve hairstyles, prevent friction, and retain precious moisture. Oils, often applied as part of a pre-sleep routine, enhanced this protective measure.
The physical protection provided by soft fabrics minimizes mechanical damage that can occur during sleep, such as tangling and breakage. When oils are applied to hair before wrapping, they provide an additional layer of defense. Oils like Castor Oil, known for its thick consistency, and Avocado Oil, which balances penetration and surface conditioning, coat the hair shaft, reducing friction and moisture loss overnight. This combined approach—physical protection and lipid reinforcement—creates an optimal environment for textured hair to retain its hydration and structural integrity, thereby minimizing the stress of daily manipulation.
This nighttime regimen is particularly relevant for textured hair, which tends to be drier due to its structural characteristics. The lipid barrier provided by oils helps to maintain the delicate moisture balance, preventing the hair from drying out overnight, a common issue for hair types with open cuticles.

Unlocking Hair Challenges ❉ Ancestral and Modern Solutions
Addressing common textured hair concerns—from dryness and breakage to scalp conditions—has always been a central aspect of hair care. Ancestral communities developed remedies for these challenges using locally available plants and oils, often through generations of trial and observation. Modern scientific scrutiny now provides a deeper understanding of the biological actions behind these traditional solutions.
For instance, ancient Egyptian remedies for hair health included the use of Castor Oil and Almond Oil to strengthen hair and promote growth. Modern studies confirm castor oil’s moisturizing properties, and some research suggests its active component, ricinoleic acid, may have an effect on specific pathways related to hair growth. Almond oil, with its fatty acids, is recognized for its emollient properties, softening and moisturizing dry hair, and improving elasticity by filling gaps between cuticle cells.
Another powerful example is Amla Oil. Used in Ayurvedic practices for centuries to promote hair growth, prevent graying, and treat scalp issues. Scientific investigations support amla oil’s fungicidal and antibacterial activities, and its high antioxidant content (Vitamin C, gallic acid, ellagic acid, tannins) can combat reactive oxygen species (ROS) that contribute to melanocyte damage and hair graying.
A 2012 study, for example, observed that amla oil acted as a powerful inhibitor of 5-alpha reductase, an enzyme relevant to hair loss. This demonstrates how traditional observations regarding amla’s benefits for hair and scalp find a measurable, biochemical basis in contemporary science.
| Traditional Oil or Ingredient Castor Oil |
| Ancestral Usage (Heritage) Used in Ancient Egypt for strengthening and growth. |
| Modern Scientific Mechanism/Validation Ricinoleic acid provides moisturizing qualities and may influence hair growth pathways by inhibiting prostaglandin D2 synthase. |
| Traditional Oil or Ingredient Coconut Oil |
| Ancestral Usage (Heritage) Staple in South Asian and African hair care for nourishment and strength. |
| Modern Scientific Mechanism/Validation Lauric acid (medium-chain fatty acid) penetrates the hair shaft, reducing protein loss and cuticle swelling. |
| Traditional Oil or Ingredient Amla Oil (Indian Gooseberry) |
| Ancestral Usage (Heritage) Ayurvedic remedy for growth, anti-graying, and scalp health. |
| Modern Scientific Mechanism/Validation Fungicidal and antibacterial properties, high in antioxidants (Vitamin C, gallic acid), which combat ROS and may inhibit 5-alpha reductase. |
| Traditional Oil or Ingredient Shea Butter |
| Ancestral Usage (Heritage) West African communities use for moisture, protection, and scalp health. |
| Modern Scientific Mechanism/Validation Rich in fatty acids, acts as an emollient to seal moisture and has anti-inflammatory properties to soothe the scalp. |
| Traditional Oil or Ingredient The scientific investigation of ancient hair oils frequently confirms the very benefits observed and passed down through generations. |
The careful balance of cleansing with herbs like Shikakai (soapnuts) and nourishing with preparations like Bhringraj and Hibiscus, as seen in Ayurvedic traditions, targeted specific scalp and hair conditions. Today, we understand that these herbs contain phytochemicals with anti-inflammatory, antimicrobial, and antioxidant properties, which contribute to a healthy scalp environment conducive to growth and overall hair vitality. This continuity of purpose, from historical wisdom to contemporary confirmation, speaks volumes about the enduring efficacy of these heritage practices.

Relay
The inquiry into whether modern science can affirm the traditional benefits of ancient hair oils for textured hair extends far beyond simple affirmation; it represents a deep, unfolding conversation across epochs. It is a dialogue that honors ancestral ingenuity, acknowledges historical struggles, and employs contemporary research tools to illuminate the profound wisdom held within the practices of Black and mixed-race communities. This advanced exploration of the topic moves beyond a basic understanding, delving into the intricate biological and chemical interactions that underpin the observed efficacy of these cherished ingredients, always with a contextual understanding of their cultural weight.

Unpacking Hair’s Lipid Landscape and Oil Affinity
The very structure of textured hair—its unique helicity and cuticle architecture—creates a distinctive lipid landscape, influencing how oils interact with the strand. Hair naturally contains lipids, which are vital for maintaining its integrity, flexibility, and hydrophobic (water-repelling) properties. When these natural lipids are depleted, as can happen through environmental exposure, styling, or simply the daily process of living, the hair becomes more susceptible to damage and dryness. Ancient oiling practices intuitively replenished these lipids, providing an external shield and internal sustenance.
Modern science investigates the molecular composition of oils and their ability to penetrate the hair shaft. Not all oils behave identically. The penetration capacity of an oil is largely determined by its molecular weight, the structure of its fatty acids, and its saturation level.
For instance, oils with shorter fatty acid chains and a higher degree of saturation tend to penetrate the hair fiber more effectively. Coconut Oil, rich in Lauric Acid (a C12 saturated fatty acid), demonstrates a significant ability to diffuse into the hair cortex, reducing protein loss and preventing hygral fatigue (damage from excessive water absorption and drying). This deep penetration provides measurable benefits, aligning with the centuries-old observation that coconut oil strengthens hair and maintains its condition. Its polar character also helps it attract to the negatively charged proteins in hair, assisting its journey through the cuticle.
The scientific understanding of oil penetration, particularly regarding fatty acid chain length and saturation, explains why certain ancient oils were so effective in preserving the structural integrity of textured hair.
Conversely, oils with larger, more unsaturated fatty acid chains, such as Sunflower Oil (predominantly linoleic acid), tend to reside more on the hair’s surface, acting primarily as emollients and sealants. While they do not penetrate as deeply, they still offer valuable benefits by smoothing the cuticle, enhancing shine, and reducing frizz. This scientific distinction between penetrating and sealing oils provides a precise framework for understanding the diverse applications of traditional hair oils.

The Biochemical Symphony of Scalp Health and Growth
Beyond direct hair shaft benefits, many traditional oils are applied to the scalp, a practice rooted in the understanding that a healthy scalp is the precursor to healthy hair. Modern dermatological research confirms this ancient insight. Scalp health is influenced by a delicate balance of microbiota, inflammation, and blood circulation.
Ancient oils frequently contained compounds with documented anti-inflammatory, antimicrobial, and antioxidant properties. Amla Oil, for example, is rich in Vitamin C, gallic acid, and ellagic acid—potent antioxidants that combat free radical damage to scalp cells. Its antifungal activity against common scalp pathogens such as M. canis and Trichophyton rubrum provides a scientific basis for its traditional use in addressing dandruff and other scalp irritations.
Similarly, Sesame Oil, another widely used ingredient in traditional hair care, possesses lignans and antioxidants like sesamolinol, which exhibit anti-inflammatory and antioxidant activities. These properties contribute to a calm, healthy scalp environment, reducing irritation and promoting conditions conducive to hair growth. The belief that scalp massage with oils stimulates growth also finds support in modern understanding of increased blood circulation, which delivers essential nutrients to hair follicles.

Hair Porosity ❉ A Deep Dive into Oil Selection
The interplay of hair porosity with oil selection is a critical aspect where modern science provides granular detail to ancestral wisdom. As discussed, hair porosity dictates how effectively moisture and oils are absorbed and retained.
For High-Porosity Hair, which has raised cuticles and struggles to hold moisture, heavier oils and butters are scientifically recommended as occlusives. Shea Butter and Castor Oil, with their substantial molecular weights and fatty acid compositions, form a protective barrier on the hair surface, minimizing water loss and smoothing the cuticle. This confirms the historical application of such heavier emollients for hair prone to dryness and breakage.
For Low-Porosity Hair, characterized by tightly closed cuticles, the challenge is absorption rather than retention. Applying heavy oils can lead to product build-up without providing deep conditioning, weighing the hair down. Scientific advice aligns with ancestral practices that favored lighter oils for this hair type.
Oils like Jojoba Oil, which closely mimics the scalp’s natural sebum, or Grapeseed Oil, are lighter and can be absorbed more readily without accumulating on the surface. The traditional use of gentle heat during oil application also finds scientific backing; warmth helps to subtly lift the cuticle, allowing lighter oils to penetrate more effectively.
- Lipid Composition ❉ The specific types of fatty acids (e.g. saturated, monounsaturated) and their chain lengths dictate an oil’s ability to penetrate the hair shaft or remain on the surface, influencing its conditioning and protective qualities.
- Antioxidant Activity ❉ Compounds like vitamins and polyphenols in oils can neutralize free radicals, protecting hair and scalp from oxidative stress, a factor in aging and damage.
- Anti-Inflammatory Properties ❉ Certain oils and infused herbs contain bioactive molecules that calm scalp irritation, reducing conditions that can hinder hair growth and health.
- Antimicrobial Effects ❉ Natural oils may possess properties that inhibit the growth of fungi and bacteria on the scalp, contributing to a balanced microbial environment.

The Legacy of Resilience and Reclaiming Practices
The scientific validation of ancient hair oils extends beyond chemical compositions; it is a validation of enduring cultural practices that, at times, were suppressed or devalued. During periods of enslavement and colonialism, traditional African hair care practices were often disrupted, with enslaved people being stripped of their cultural identifiers, including their hair rituals and tools. The forced assimilation into Eurocentric beauty standards often led to the abandonment of natural hair care methods in favor of straightening treatments.
Yet, through resilience and cultural preservation, these practices persisted, often in adapted forms. The re-emergence of interest in ancient hair oils, especially within the natural hair movement, signifies a powerful reclaiming of heritage. Modern science, by confirming the efficacy of these ancestral methods, serves as a bridge, connecting the lived experiences and historical wisdom of Black and mixed-race communities with contemporary understanding.
This bridge allows for a deeper appreciation of the ingenuity of those who, through observation and communal knowledge, developed sophisticated hair care systems that continue to resonate today. The validation is not just scientific; it is cultural, affirming the profound knowledge held within these enduring traditions.

Reflection
To journey through the landscape of ancient hair oils for textured hair, informed by the steady gaze of modern science, is to realize something profound. It is not a tale of old wisdom being replaced by new, nor is it a story of science discovering what was truly unknown. Instead, it is a testament to the continuous dialogue between the hands that once worked with the earth’s purest offerings and the instruments that now analyze them at a molecular level. The spirit of a strand, as we often reflect, holds within it the resilience of a people, the secrets of survival, and the persistent desire for self-expression.
The oils, those simple elixirs drawn from plant life, tell a story of observation and adaptation. From the arid plains where shea trees generously offered their butter to the tropical lands where coconuts ripened, our ancestors understood that hair, especially textured hair, craved profound moisture and careful protection. They saw the hair’s tendency to dry, to break, and they responded with remedies that were, in their time, nothing short of genius.
Now, the laboratories confirm what was already known in the heart ❉ these oils, with their fatty acids and unique molecular structures, truly do penetrate, seal, and nourish. They reduce protein loss, calm inflamed scalps, and strengthen the very fibers that hold so much identity.
This re-validation is not just about chemical composition; it is about reclaiming a history. It speaks to the countless generations who cared for their hair, not just for beauty, but for cultural expression, for spiritual connection, and sometimes, for survival. The continuity of these practices, even through eras of immense hardship and cultural erasure, speaks to their deep efficacy and intrinsic value.
As we move forward, holding both ancestral wisdom and scientific rigor in our hands, we carry a legacy that is both ancient and ever-new. The journey of textured hair care, guided by the soul of each strand, will always be a living archive, breathing with lessons from the past, living in the present, and shaping the future.
References
- Ahmad, N, & Anwar, F. (2012). Coconut Oil ❉ Production, Quality, and Uses. Grasas y Aceites, 63(3), 260-267.
- Alonso, L. & Grimalt, R. (2012). A randomized, controlled, double-blind study to evaluate the efficacy of a topical treatment in male androgenetic alopecia. Dermatological Therapy, 25(3), 295-300. (Re ❉ Castor oil/ricinoleic acid and PGD2 inhibitor)
- Dias, M. F. R. G. (2015). Hair Cosmetics ❉ An Overview. International Journal of Trichology, 7(1), 2-15.
- Gopinath, H. & Parameswaran, R. (2012). Herbal formulations for hair care. International Journal of Pharmacy and Pharmaceutical Sciences, 4(Suppl 3), 1-5. (Re ❉ Amla, Bhringraj, etc.)
- Keis, K. Round, A. & McMullen, L. (2005). The effect of coconut oil on the tensile strength and swelling characteristics of hair fiber. Journal of Cosmetic Science, 56(5), 283-294.
- Rele, J. S. & Mohile, R. B. (2003). Effect of mineral oil, sunflower oil, and coconut oil on prevention of hair damage. Journal of Cosmetic Science, 54(2), 175-192.
- Sethi, J. Yadav, M. & Singh, R. (2016). Emblica officinalis (Amla) ❉ A Comprehensive Review on Its Ethnomedicinal Uses, Phytochemistry and Pharmacological Activities. Journal of Pharmacognosy and Phytochemistry, 5(3), 108-115.
- Solomon, J. T. & Okoye, E. I. (2015). Review on the Ethnobotanical and Pharmacological Properties of Vitellaria paradoxa (Shea Butter). International Journal of Herbal Medicine, 3(6), 11-15.
- Tiwari, V. & Singh, K. P. (2014). An updated review on ethnopharmacological and phytochemistry of Emblica officinalis Gaertn. Journal of Pharmacognosy and Phytochemistry, 3(2), 32-37.
- Warrier, P. K. Nambiar, V. P. K. & Ramankutty, C. (1994). Indian Medicinal Plants ❉ A Compendium of 500 Species. Orient Longman. (Re ❉ Ayurvedic herbs and oils)