7^th Annual Conference on Skin Cancer and Dermatology December 14-15, 2023 Rome, Italy

Track 1: Dermatology

Skin, hair, nails, and mucous membrane-related medical disorders are all addressed by dermatology in terms of study, research, diagnosis, and treatment. The medical specialist who specialises in this field of medicine is a dermatologist. The skin, which protects the interior organs from harm and infection, is the biggest organ in the body. In addition, it is a very good indicator of the body's general health, which makes dermatology a crucial field in the diagnosis and treatment of many illnesses.

• Dermatology in medicine
• Operative Dermatology
• Dermatology in cosmetics
• Lymphoma of the skin

Track 2: Cosmetic Dermatology

Cosmetic dermatology is concerned with the improvement, expansion, and cosmetic enhancement of the skin, hair, and nails. It can address therapeutic dermatological issues and is occasionally regarded as a restorative basic. Corrective dermatologists are dermatologists with experience attending to and addressing patients' fashionable or corrective concerns. Restorative dermatologists are medical professionals who have pursued further dermatology training in order to diagnose and manage skin issues cosmetically. Their skill sets include the integration of techniques like Botox, collagen infusions, compound strips, cosmetic surgery, laser treatment, and liposuction.

• Tummy Tuck
• Laser Skin Resurfacing

Track 3: Vitamin Disorders of Skin

Skin hyperpigmentation, vitiligo, angular stomatitis, and hair alterations all occur in conjunction with vitamin B12 insufficiency as skin lesions. A lack of vitamin B12 may be indicated by cutaneous lesions that do not improve with routine treatment. The most frequent reason for a lack of vitamin B12 is malabsorption. While prevalent in developing countries, vitamin A deficiency is uncommon in the United States and other industrialised countries. A deficiency in vitamin A can cause respiratory infections, infertility, night blindness, irritated skin, and other health issues.

Track 4: Skin Disorders

A skin habit, sometimes referred to as a cutaneous ailment, is any illness that affects the integumentary system, the organ system that inserts the body and adds skin, hair, nails, and pertinent muscle and glands. The main job of this system is to act as a wall against the outside world. A wide range of diseases commonly referred to as dermatoses, as well as a number of non-pathologic conditions are caused by conditions of the human integumentary system. Although though there are hundreds of different skin positions, only a small number of skin illnesses account for the majority of doctor visits.

• Eczema
• Psoriasis
• Acne
• Rosacea
• Ichthyoids
• Vitiligo
• Hives

Track 5: Skin Infections

Our body's largest organ is the skin. It works to keep your body free from infections. The skin itself can become infected occasionally. Many types of microorganisms can harm the skin, and skin infections can cause mild to severe symptoms. While some infections can be treated at home and with over-the-counter drugs, others may need to be seen by a doctor.

• Bacterial skin infections
• Viral skin infections
• Fungal skin infections
• Parasitic skin infection

Track 6: Immunodermatology

Skin is categorised as an organ of immunity in health and sickness by immunodermatology. Numerous areas are receiving attention, including photo immunology incendiary diseases like hidradenitis suppurated, allergic contact eczema and atopic eczema, likely autoimmune skin diseases like vitiligo and psoriasis, and finally the immunology of microbial skin infections like leprosy and retrovirus infections. TNF-Alfa biological inhibitors and chemokine receptor inhibitors are two new treatments being developed for the immunomodulation of general immunological skin disorders.

• Diabetes
• Multiple sclerosis
• Systemic lupus erythematosus
• Addison’s disease
• Rheumatoid arthritis
• Psoriasis /psoriatic arthritis
• Inflammatory bowel disease

Track 7: Dermato-oncology

The subspecialty of dermatology known as micrographic surgery and dermatologic oncology deals with the detection, diagnosis, and surgical removal of cancers of the skin, surrounding mucous membranes, cutaneous appendages, hair, nails, and subcutaneous tissue. In cases where melanoma is discovered early, surgery may be the only necessary treatment. During a consultation while you are still awake, a dermatologist can frequently demonstrate this kind of surgery. The dermatologist performs this operation, removing any tumour that is still present (after the skin biopsy).

• Base cell cancer
• Cancer of the squamous cell
• Merkel cell tumour
• Skin-related T-cell lymphoma (CTCL)
• Protuberance of the dermatofibrosarcoma (DFSP)
• Sebaceous cell carcinoma

Track 8: Pollution and proto-oncogenes

Skin is more prone to pollution as it is the outer layer of the body and a protection channel, and is the most effected part from outer pollution. Some of studies and researches have shown that pollution can make epigenetic changes within days and many major changes might occur in DNA that is change in methylation patterns leading to heritable changes. Various genes are being damaged to pollution in various ways.

Track 9: New Ways of Skin Cancer Diagnosis & Detection

For the diagnosis of skin cancer, a skin biopsy is required. To send to a lab, your doctor takes a sample of skin tissue. A pathologist examines the material that is being examined under a microscope in the lab. Inconsistent cells that suggest cancer are sought after by the pathologist. In order to diagnose skin cancer, a skin biopsy is required, which is a conventional method. Various innovative ways are being developed for early detection of cancer.

• Precision Imaging Technology
• Dermtech Melanoma Test
• AI in skin cancer detection

Track 10: Skin Cancer Treatment

Surgery is used to treat most skin malignancies, particularly basal cell and squamous cell carcinomas, which are routinely removed by a dermatologist as part of an outpatient procedure. Tumor removal procedures may be more involved for tumours that are more aggressive, like melanoma. Skin cancer is highly treatable when found early. An early skin cancer can frequently be treated by a dermatologist by removing the tumour and a small portion of healthy skin. Treatment for skin cancer becomes increasingly challenging as it progresses. Fundamental chemotherapy can kill cancer cells that have progressed to the lymph nodes and other organs, as opposed to topical chemotherapy, which is given to the skin. Although an immunotherapy medicine may be tried first, chemotherapy may be an option if squamous cell carcinoma has progressed.

• Radiation therapy
• Chemotherapy
• Photodynamic therapy
• Biological therapy

Track 11: Cell Carcinoma

The most typical type of skin cancer is called squamous cell carcinoma. It typically appears on body parts that have been damaged by UV radiation from the sun or tanning beds. The head, neck, chest, upper back, ears, lips, arms, legs, and hands are all built from exposed skin. It is a skin cancer that is sufficiently slow-growing. Squamous cell carcinomas can manifest as flat, reddish or brownish patches of skin that are frequently covered in scales or have a rough texture. They typically appear on sun-exposed body parts such the face, ears, neck, lips, and backs of hands. They tend to grow slowly. Free cell growth is cancer.

• Mohs surgery
• Cryosurgery
• Curettage and electrodesiccation (electrosurgery)
• Laser surgery
• Radiation

Track 12: Melanoma

Malignant melanoma, usually referred to as melanoma, is a form of skin cancer that develops from melanocytes, the cells that produce colour. Although they seldom do so in the mouth, intestines, or eyes, melanomas normally form in the skin (uveal melanoma). Melanocytes are the origin of the dangerous skin cancer known as melanoma. Melanoma is more deadly than basal cell carcinoma (BCC) and squamous cell carcinoma (SCC), although being less prevalent because it can spread more quickly to other organs if it is not treated at an early stage.

• Superficial spreading melanoma
• Nodular melanoma         
• Lentigo maligna melanoma    
• Acral lentiginous melanoma

Track 13: Cancer biology

A cancer cell is a cell that multiplies uncontrollably. Cancer cells ignore cues to stop dividing, to specialise, to die, or to shed and die. The cancer cells may spread to parts of the body where they don't belong because of their aggressive growth and inability to recognise their own natural boundaries. Cancer develops when abnormal cells quickly multiply and spread throughout the body. Normal body cells develop, divide, and know when to stop developing. They pass away too over time. Cancer cells, in contrast to these healthy cells, simply continue to grow and divide uncontrollably and do not pass away as they should. Cell growth is unrestricted in cancer.

• Limitless replicative potential
• Sustained angiogenesis
• Tissue invasion and metastasis
• Emerging Hallmarks
• Enabling Characteristics

Track 14: Cosmetology and Cosmeceuticals

The evolution of the cosmetic sector, concurrently with the significant boost in breakthroughs in cosmetic chemistry, has been one of expanding engagement with dermatologists. Less emphasis is placed on medical dermatology as a result of the transition, and increase is seen in the fields of aesthetic dermatology and dermatologic surgery.

Track 15: Sun Exposure and Skin Cancer Risk Factors

Sun Exposure and Skin Cancer Risk Factors refers to a potential track topic that could be covered at a Skin Cancer and Dermatology conference. This track would likely discuss the impact of ultraviolet radiation (UV) exposure on the skin and its role in the development of skin cancer. It may also cover risk factors for skin cancer, such as family history, skin type, and other environmental factors. Speakers may discuss strategies for reducing sun exposure and preventing skin cancer, such as the use of sun protection measures and the importance of regular skin checks.

Track 16: Skin Aging and Anti-Aging Strategies

Skin Aging and Anti-Aging Strategies is another potential track topic for a Skin Cancer and Dermatology conference. This track would likely focus on the physiological changes that occur in the skin as we age, including the development of wrinkles, fine lines, and age spots. It may also cover lifestyle and medical interventions that can slow the aging process and improve the appearance of aging skin, such as skincare products, minimally invasive procedures, and cosmetic surgery. Speakers may discuss emerging research on anti-aging treatments, as well as the importance of a healthy lifestyle, including diet and exercise, for maintaining youthful-looking skin.

Track 17: Teledermatology and Artificial Intelligence in Dermatology

Teledermatology and Artificial Intelligence in Dermatology is a potential track topic for a Skin Cancer and Dermatology conference. This track would likely discuss the role of technology in the diagnosis and management of skin diseases. It may cover the use of telemedicine and virtual consultations for dermatologic care, as well as the integration of artificial intelligence (AI) and machine learning algorithms in dermatology practice. Speakers may discuss the benefits and challenges of these emerging technologies, as well as their potential impact on patient outcomes, access to care, and healthcare delivery. Additionally, this track may cover emerging areas of research in teledermatology and AI, such as computer vision and image analysis for skin lesion diagnosis and risk stratification.

Track 18: Photodermatology and Phototherapy

Photodermatology and Phototherapy is another potential track topic for a Skin Cancer and Dermatology conference. This track would likely focus on the use of light-based treatments for a range of dermatologic conditions. It may cover phototherapy for psoriasis, eczema, and other chronic skin diseases, as well as the use of light-based technologies for aesthetic treatments, such as laser resurfacing and hair removal. Speakers may discuss the science behind these treatments, including the different wavelengths and types of light used, as well as their safety and efficacy. Additionally, this track may cover emerging research on novel phototherapeutic approaches, such as targeted photodynamic therapy for skin cancer and other dermatologic conditions.

Track 19: Dermatologic Surgery and Reconstruction

Dermatologic Surgery and Reconstruction is another potential track topic for a Skin Cancer and Dermatology conference. This track would likely cover the surgical management of skin cancer and other dermatologic conditions, including Mohs micrographic surgery, skin grafting, and flap reconstruction. Speakers may discuss the latest advances in dermatologic surgery, including new techniques and technologies that have improved patient outcomes and reduced recovery times. This track may also cover the role of reconstruction and cosmetic surgery in dermatology, including the use of filler injections, laser treatments, and other minimally invasive procedures to improve the appearance of the skin following surgery or as part of aesthetic treatments.

Track 20: Dermatopathology and Diagnosis of Skin Lesions

Dermatopathology and Diagnosis of Skin Lesions is another potential track topic for a Skin Cancer and Dermatology conference. This track would likely cover the microscopic evaluation of skin samples and the role of pathology in the diagnosis and management of skin diseases. Speakers may discuss the different types of skin biopsies and the techniques used for processing and interpreting skin samples. This track may also cover emerging areas of research in dermatopathology, such as molecular testing and immunohistochemistry, and their potential applications for diagnosis and treatment.

Global Markets for Dermatology Devices:

The global dermatology devices market should grow from $11.1 billion in 2020 to reach $15.1 billion by 2025, at a compound annual growth rate (CAGR) of 5.3% during the forecast period of 2020-2025.

The market for dermatology devices is presented in great detail in the current report. It covers the equipment used to treat a variety of dermatological conditions, including skin cancer, resurfacing, and other skin conditions. Fat grafting, liposuction, skin tightening, body balancing, rhinoplasty, and other surgical procedures are not covered in the report.

The study emphasises the market potential for dermatology devices in the present and the future and offers a thorough analysis of the market's competitive environment, regulatory environment, drivers, opportunities, and trends with forecasts through 2025.

Global Markets for Chemicals for Cosmetics & Toiletries:

The global market for cosmetic and toiletry ingredients should grow from $24.8 billion in 2021 to $30.5 billion by 2026, at a compound annual growth rate (CAGR) of 4.2% during the forecast period of 2021-2026.

The global and regional markets for substances used in the cosmetics and toiletry sectors are also examined in this paper. These markets are also examined in terms of applications and important material types. The paper includes an examination of these patents. New patents and technological advancements covered by these patents show how dynamic the sector. Many regulatory and environmental difficulties are emerging as the number of newer substances rises; these issues must be handled. In this report, the existing regulations are studied. Major end-user company profiles and market shares for each of their corresponding operational segments are also provided.