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Glossary definitions and references:

Scientific and Ayurvedic Glossary list for 鈥淗air protein damage control using essential oils: Chemical analysis.鈥�. This list explains important keywords that occur in this article and links it to the glossary for a better understanding of that concept in the context of Ayurveda and other topics.

1) Hair:
Hair is a critical focus of the study as it is the subject of the experiments regarding protein damage caused by various grooming treatments. The health and beauty of hair are essential for personal aesthetics, and protecting it from chemical and mechanical damage is a primary objective of applying essential oils in the research.

2) Cleansing:
Cleansing refers to the process of washing hair to remove dirt, oil, and product buildup. In the study, the impact of cleansing on protein loss is examined, emphasizing that repeated washing can weaken hair structure. The application of essential oils during cleansing aims to reduce hair protein loss.

3) Coconut (Cocoanut):
Coconut is one of the essential oils evaluated in the study for its ability to protect hair from damage. The oil's high penetration capability is noted, and its effectiveness in reducing protein loss during hair cleansing and other treatments makes it a significant component of the research.

4) Neem:
Neem is highlighted as the most effective essential oil in reducing protein loss among the tested oils. Its properties include antiseptic effects, and its composition rich in long-chain fatty acids helps form a protective layer around hair, preventing damage from chemical treatments like cleansing, bleaching, and straightening.

5) Mustard:
Mustard oil serves as another essential oil in the research, noted for its traditional use in hair care among Pakistani culture. It is evaluated for its role in minimizing protein loss during various hair treatments. Although less effective than neem oil, it still shows potential benefits for hair health.

6) Mustard oil:
Mustard oil is specifically addressed in the context of its efficacy in reducing hair protein damage when applied before grooming treatments. The research assesses its performance alongside coconut and neem oils, noting its effectiveness, although it does not surpass neem oil in protective capabilities.

7) Surface:
The surface of hair is a focal point in the study, as the damage and condition of this layer significantly influence hair health. Essential oils work by forming a protective hydrophobic layer on the hair's surface, limiting exposure to damaging factors during grooming treatments.

8) Water:
Water is the medium used to assess protein loss during the study. It plays a vital role in the experimentation process, where hair samples are soaked and shaken to release proteins, which are then quantified using colorimetric measurement methods. The interaction of hair with water is critical in evaluating damage.

9) Study (Studying):
The study is a comprehensive examination of how various essential oils impact hair protein loss due to chemical treatments. It employs quantitative analysis, comparative assessments, and a detailed methodology to derive conclusions about the protective effects of coconut, neem, and mustard oils on hair.

10) Measurement:
Measurement pertains to the quantification of protein loss from hair samples during the experiments. The study employs colorimetric techniques to assess the amount of protein lost during various treatments, which are crucial for objectively determining the effectiveness of each essential oil in protecting hair.

11) Swelling:
Swelling refers to the response of hair cuticles to repeated cleansing, where water absorption leads to lifting and potential damage. The study discusses how essential oils can mitigate swelling and subsequent protein loss, highlighting their protective mechanisms against chemical treatments and their effects on hair structure.

12) Rich (峁歝h):
Rich characterizes the essential oils in terms of their beneficial properties, such as long-chain fatty acids and nutrients that contribute to hair health. The study highlights oils like neem for their rich composition that enhances their effectiveness in reducing protein loss and providing conditioning benefits to hair.

13) Nature:
Nature here references the inherent characteristics of essential oils derived from plants, including their volatility and biological properties. Understanding the natural qualities of these oils is crucial for appreciating their roles in cosmetic formulations and their effectiveness in minimizing hair damage during grooming treatments.

14) Observation:
Observation refers to the careful scrutiny and analysis of the experimental outcomes throughout the study. It indicates the systematic approach taken to monitor results, noting the changes in hair protein levels after applying various oils and treatments, contributing to the validity of the research findings.

15) Discussion:
Discussion encompasses the analysis and interpretation of the results collected during the study. The findings regarding the effectiveness of essential oils in protecting hair from damage due to cleansing, bleaching, and straightening are critically evaluated, providing insights into future applications and potential improvements in hair care practices.

16) Fragrance:
Fragrance in the context of essential oils pertains to the aromatic compounds that contribute to their pleasant scent while providing functional benefits. The study acknowledges that essential oils not only serve protective purposes for hair but also enhance the sensory experience of using hair care products.

17) Pesticide:
Pesticide refers to neem oil's additional application in the realm of agriculture as a natural pesticide. This dual functionality adds value to neem as it not only serves in hair care by reducing protein loss but also benefits crop protection, showcasing the versatility of essential oils in various fields.

18) Medium:
Medium denotes the environment in which the experiments take place, primarily the use of water to assess protein loss. The selection of an appropriate medium is essential for the reliable extraction and quantification of proteins from hair samples, thus ensuring accurate results in the study.

19) Aroma (A-roma):
Aroma links to the natural scents emitted by essential oils, which can enhance the olfactory pleasure of using cosmetic products. While the study primarily focuses on the protective qualities of essential oils, aroma adds an additional layer of appeal, contributing to consumer preference in hair care formulations.

20) Shana (艢a峁嘺, 艢ana, S膩峁嘺, Sa峁嘺, San膩, Sana, 艢膩n膩, Sa峁卆):
Sana appears as one of the authors or contributors in the study, implying their involvement in the research process. Authors collectively contribute to the research methodology, analysis, and findings, showcasing a collaborative effort in investigating the effectiveness of essential oils in hair care.

21) Hand:
Hand signifies the manual process involved in preparing hair samples and applying oils during the experimentation. The study notes that hand-shaking of the samples aids in protein solubilization, underlining the importance of tactile methods in conducting the research and ensuring proper distribution of essential oils.