Moisture Overload on 4c hair/ curly/ wavy hair signs and fix. Hygral fatigue natural hair. How to fix and get rid of damage from moisture overload in curly hair and how do you know if you have hygral fatigue.
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REFERENCES AND LINKS TO PRODUCTS MENTIONED ARE INCLUDED BELOW
In this video I talk about hygral fatigue, which can also be known as moisture overload or somewhat misnamed as overconditioning or over conditioned hair. I talk about is too much moisture bad for hair, what causes it with things such as sleeping with deep conditioner in hair overnight and why, and how the heck we can fix it. This video gives answers to things such as protein moisture balance and why your hair will need protein once you damage it with water, is it bad to sleep with deep conditioner overnight, is it ok to sleep in deep conditioner, can I sleep with a deep conditioner, can you leave conditioner in your hair overnight black hair, what happens if you leave conditioner in your hair overnight, explains things such as coconut oil prepoo, and lists certain things you may be doing weekly that are actually damaging your hair. I talk about how do you get rid of Moisture Overload, moisture overload on low porosity hair as well as high porosity and and how it may affect your hair's porosity, how to fix it, what makes it irreversible, and how long does it take to fix moisture overload. I talk about hygral fatigue on natural hair, low porosity hair, high porosity hair, hygral fatigue hair loss and pictures, symptoms, treatment, and how to fix. I talk about the signs and how to know if you have hygral fatigue if your hair looks limp, too soft, or gummy or mushy and causes breakage, all using research based hair scientist based information. I hope this clarifies what is moisture overload or what is hygral fatigue and questions such as moisture overload vs. hygral fatigue vs protein overload. I hope you'll find this video helpful. Share it with someone you know who could use this information!
-Much Love❤️
TOP PROTEIN PRODUCTS I RECOMMEND:
FOR SEVERE DAMAGE:
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FOR MEDIUM DAMAGE:
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FOR MILD DAMAGE:
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References:
Robbins, Clarence R., and Clarence R. Robbins. Chemical and physical behavior of human hair. Vol. 4. New York: Springer, 2012.
Lee, Yung-Li, Mark E. Barkey, and Hong-Tae Kang. Metal fatigue analysis handbook: practical problem-solving techniques for computer-aided engineering. Elsevier, 2011.
Ruetsch, S. B., Y. K. Kamath, and Aarti S. Rele. "Secondary ion mass spectrometric investigation of penetration of coconut and mineral oils into human hair." J. Cosmet. Sci 52 (2001): 169-184
Talreja, R. "A conceptual framework for studies of durability in composite materials." Fatigue of Textile Composites. Woodhead Publishing, 2015. 3-27.
Lee, Yoonhee, et al. "Hair shaft damage from heat and drying time of hair dryer." Annals of dermatology 23.4 (2011): 455.
Gamez-Garcia, M. "Effects of some oils, emulsions, and other aqueous systems on the mechanical properties of hair at small deformations." Journal of the Society of Cosmetic Chemists 44.2 (1993): 69-87.
Gode, V., et al. "Quantitative measurement of the penetration of coconut oil into human hair using radiolabeled coconut oil." J Cosmet Sci 63.1 (2012): 27-31.
Ruetsch, S. B., Y. K. Kamath, and Aarti S. Rele. "Secondary ion mass spectrometric investigation of penetration of coconut and mineral oils into human hair." J. Cosmet. Sci 52 (2001): 169-184.