Derrick Harrison as Seeb


Derrick Harrison | Voice Over for Seeb:
The creators of A Hair Universe knew from the moment they created Seeb who they wanted for his voice over. Derrick Harrison has one of the most unique and versatile voices and we are excited to share his talent with you through one of our most amazing and lovable characters.
Key Points
Character Description:
Seeb is a simple guy. All he wants to do is be with his friends and release sebum. When he gets happy or sad he releases more sebum, which causes a mess wherever he is. He has a natural instinct to protect his friends. He is always saying “Ummm”.
Definition of a Sebaceous Gland:
Sebaceous glands, which are holocrine in nature, are present throughout the body's surface except for the feet' palms, soles, and dorsums. Sebum is a multifaceted oil comprising triglycerides, fatty acid breakdown products, wax esters, squalene, cholesterol esters, and cholesterol. These components are typically generated and excreted by the sebaceous glands. Sebum’s lubricating properties enhance the skin’s resistance to moisture and friction.
Sebum is an oily substance produced in the sebaceous glands. It mixes with fat molecules, called lipids, to form a protective coating on the skin's surface. These lipids help hydrate the skin and protect it from potentially harmful pathogens, such as bacteria and fungi.
During embryonic development, hair follicles transform and eventually develop into sebaceous glands, which are fully developed and substantial at birth. Sebum is a lipid that serves as a seal to prevent the skin from drying out. It is the primary byproduct of the sebaceous gland. The pilosebaceous canal serves as the principal conduit for sebum to transit from the sebaceous glands situated in the dermis to the epidermal surface. The sebaceous glands produce sebum, a substance that functions as a lubricant for hair and a protective barrier against harmful microorganisms. Sebum is a naturally produced oil that aids in preserving the moisture and suppleness of the scalp and hair. Excessive sebum production may result in the obstruction of hair follicles (Agarwal & Krishnamurthy, 2023).