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Adult Human Sebaceous Gland, Fresh and Flash Freeze

Existing sebaceous gland models were lacking, we brought in the world’s first fully characterised 3D ex vivo human sebaceous gland model.

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Adult Human Sebaceous Gland for Advanced Skin & Hair Research

Name: Adult Human Sebaceous Gland, Fresh and Flash Freeze
SKU: CTISG.1.1 (Fresh), CTISG.1.2 (Flash Frozen)
Availability: InStock

Fresh or Flash Frozen, Isolated Sebaceous Glands for Immediate Use

Unlock the secrets of skin health and sebum production with CTIBiotech’s Adult Human Sebaceous Glands. These isolated glands, available fresh or flash frozen, provide a valuable in vitro model for investigating sebaceous gland function, sebum composition, and their impact on skin and hair health.

Key Features

Isolated Glands: Each unit contains a single, intact sebaceous gland, ideal for targeted research.
Preservation Options: Choose from fresh or flash-frozen glands to maintain optimal cell viability and functionality.
Ethical Sourcing: Obtained with informed consent and adheres to the highest ethical standards.
Versatile Applications: Suitable for diverse research areas in dermatology, cosmetology, and hair care.

Request a quote for your Adult Human Sebaceous Glands today and advance your understanding of sebum production, skin health, and hair follicle interactions.

Reach out to [email protected] for more information!

Applications

Understanding Skin Health & Disorders:
- Acne Research: Investigate the role of sebaceous glands in acne development and test potential treatments.
- Seborrheic Dermatitis: Explore the link between sebum overproduction and seborrheic dermatitis.
- Aging & Dry Skin: Study age-related decline in sebum production and develop solutions for dry skin and skin barrier function.

Regulation of Sebum Production:
- Hormonal Influence: Investigate the impact of hormones on sebaceous gland activity.
- Genetic Factors: Explore the genetic basis of sebaceous gland function and related skin conditions.
- Hair Follicle Interactions: Study the interplay between sebaceous glands and hair follicles in hair growth, hair loss, and scalp health.
- Cosmetic Product Development: Evaluate the efficacy of oil-control products, moisturizers, and other skincare formulations.
- In Vitro Modeling: Create realistic models for studying sebaceous gland physiology and sebum secretion.

Benefits

Targeted Research: Isolate and study individual sebaceous glands for precise experimental design.
High Cell Viability: Fresh or flash-frozen options ensure optimal cell health and functionality.
Ethical & Sustainable Sourcing: Support responsible research practices with our ethically sourced glands.
Versatile Applications: Suitable for a wide range of research areas in skin biology, cosmetology, and hair care.

Reference Publications

de Bengy AF et al, 2018, Development of new 3D human ex vivo models to study sebaceous gland lipid metabolism and modulations, Cell Proliferation.

DOI: 10.1111/cpr.12524

Pain S et al, 2017, Novel 3D human ex vivo sebaceous gland models to study skin lipid metabolism and modulation, IFSCC.

Pain S et al, 2018, Highly efficient plant extract against oily skin determined by 2D and 3D sebaceous models, IFSCC.