Bedsores: How Can Hemp Help in Their Treatment

08/09/2021 Author: Jolana Š. 7 min read

Bedsores and their Treatment with Cannabis

People whose health condition forces them to spend most of their time in a certain position may develop bedsores over time. These wounds bring not only pain but also many other complications. Cannabis is known for its anti-inflammatory and analgesic effects. Can it therefore help in the case of this health complication?

Genetic properties of cannabis in the context of skin regeneration

Cannabis genetic material represents one of the most fascinating collections of therapeutic properties in the plant kingdom. Collector cannabis seeds preserve genetic information about complex cannabinoid and terpene profiles known for their remarkable properties. Today we explore how these exceptional genetics have developed aromatic and chemical profiles associated with soothing and regenerative properties, particularly in the context of pressure injuries known as bedsores.

Understanding bedsores and how they form

Bedsores, also known as pressure ulcers or decubitus lesions, are skin conditions that develop as a result of prolonged pressure exerted on certain areas of the body. These localized tissue lesions occur frequently in people with reduced mobility who spend long periods in the same position.

The formation process begins with a simple change in skin colour, similar to a bruise, gradually progressing to the formation of fluid-filled blisters. Without proper intervention, the lesion penetrates the deeper layers of the skin, eventually affecting muscle and bone tissue. Factors that contribute to the development of these conditions include excessive moisture, inadequate nutrition, poor blood circulation and constant pressure on certain anatomical points.

CBD genetic profiles and their distinctive properties

Collector seed varieties with high CBD concentrations show exceptional chemical profiles, characterised by remarkable soothing and regenerative properties. Cannabidiol (CBD) is one of over 100 cannabinoids identified in cannabis genetic material, standing out for its absence of psychoactive effects and its scientifically documented therapeutic properties.

These special genetics interact with the human endocannabinoid system through a complex network of receptors distributed throughout the body. Subcutaneous tissue is particularly rich in cannabinoid receptors, which explains the effectiveness of topical preparations made from these special genetic profiles.

Mechanisms of action at the molecular level

Scientific studies show that genetic profiles rich in CBD display remarkable anti-inflammatory properties. Through CBD extracts, these varieties can help reduce inflammatory processes and accelerate the natural processes of tissue regeneration.

Research published in the Journal of Pain and Symptom Management in 2017 documented the case of an oral cancer patient who benefited from the topical application of CBD extracts to manage a complex facial lesion. Although the final outcome was unfavourable due to the underlying pathology, the application of CBD led to an improvement in the appearance of the lesion and a significant reduction in associated discomfort.

Terpenes and therapeutic aromatic synergy

Collector cannabis seed varieties are characterised by complex terpene profiles that complement the action of the main cannabinoids. These natural aromatic compounds contribute to what specialists call the "entourage effect", a synergy that amplifies the beneficial properties of the entire genetic profile.

The main terpenes identified in these genetics include myrcene (known for its calming properties), limonene (associated with invigorating properties) and linalool (recognised for its relaxing effects). This terpene diversity contributes to the creation of topical preparations with multifunctional properties.

Topical applications and specialised preparations

Preparations made from cannabis genetic material for topical use include ointments, balms and specialised creams. These formulations allow for the localised absorption of active compounds without systemic effects, making them ideal for specific dermatological applications.

Regular application of these preparations to areas at risk of developing bedsores can help improve local circulation and maintain skin elasticity. The moisturising and nourishing properties of these formulations help preserve the integrity of the skin barrier.

Scientific evidence and contemporary research

Contemporary medical literature offers growing evidence regarding the effectiveness of cannabis-derived compounds in managing skin conditions. A recent meta-analysis highlights the potential of CBD in treating inflammatory skin conditions, suggesting that it could become a conventional therapeutic option in the future.

A 2017 clinical study, published in the specialist literature, evaluated the effectiveness of CBD-based topical preparations in three patients diagnosed with pyoderma gangrenosum, a rare skin condition characterised by deep and painful ulcerations. The results showed a significant reduction in discomfort and a decrease in the need for conventional painkillers.

Antibacterial and regenerative properties

Recent research highlights that CBD-rich varieties also have natural antibacterial properties, helping to prevent secondary infections in cases of skin lesions. This characteristic is particularly relevant in the context of bedsores, where the risk of infectious complications is significant.

In vitro studies show that extracts from these special genetic profiles can stimulate the proliferation of healthy skin cells, thereby accelerating the natural healing processes. This regenerative property makes collector varieties a valuable source of genetic material for further research.

Research outlook and future developments

The field of research into the therapeutic properties of cannabis genetic material is continually expanding. Specialists in dermatology, such as Dr Tina Alster, a recognised authority in the field, highlight the remarkable potential of these genetic profiles in developing a new generation of dermatological therapies.

The development of collector seed varieties with cannabinoid and terpene profiles optimised for specific applications represents a promising direction for research. These specialised genetics could offer targeted solutions for various skin conditions, including the prevention and management of bedsores.

In conclusion, collector cannabis seeds preserve valuable genetic information about varieties with remarkable therapeutic properties. Their complex cannabinoid and terpene profiles offer fascinating insights into the natural mechanisms of regeneration and healing, representing a field of research with enormous potential for the future.