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Submitted URL: http://dermatlasproject.org/
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Submission: On February 01 via manual from IN — Scanned from GB
Effective URL: https://www.dermatlasproject.org/
Submission: On February 01 via manual from IN — Scanned from GB
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We use cookies to enable functionality on our website and track usage. Accept essential Accept all Cookie settings * * Overview * Team * Partners * Contact DERMATLAS: THE GENOMIC ATLAS OF SKIN TUMOURS Dermatlas: the world’s most comprehensive resource for exploring the complexity of somatic and germline genetic alterations found in human skin tumours THE DERMATLAS PROJECT We aim to understand the genetics and genomics of skin cancers to improve dermatology practice, patient management and treatment (targeted therapies). LEADERSHIP & TEAM Dermatlas brings together an international team of pathologists, geneticists and computational biologists with the aim of understanding skin cancers. PROJECT PARTNERS Our project partners are central to the delivery of the project and are situated in leading hospitals around the world. VIRTUALLY NO OTHER ORGAN IS ASSOCIATED WITH SO MANY DIFFERENT TUMOUR TYPES AS SKIN. Histologically, skin tumours may arise from different skin structures, including epidermis, hair follicle, sebaceous or sweat gland, melanocytes, dermal-associated mesenchymal structures or tissue resident immune cells, making for a diversity of clinical presentations. Importantly, skin tumours can have an extremely poor prognoses. THE DERMATLAS PROJECT Our overarching hypotheses for the Dermatlas Project are that: 1). Most skin tumour subtypes can be defined by a discrete set of genetic drivers, some of which can be targeted therapeutically; 2). Some skin tumours are caused by germline predisposing alleles, chemical exposures or viruses and these can be revealed by DNA/RNA sequencing and analysis, which can help define new screening and public health approaches. We will address each of these hypotheses with the following specific objectives/aims: * For 70 key skin tumour subtypes defined by the World Health Organization (WHO), that have not undergone whole genome or whole exome sequencing previously, we will sequence up to 50 cases (exome & transcriptome) from a range of body sites to build a genomic atlas of skin tumours, including detailed maps of single nucleotide variants (SNVs), copy number alterations, genome-wide methylation and expression profiles. * With these sequence data we will use state-of-the-art analytical tools to identify driver genes, mutational signatures and hence exposures or endogenous processes that might promote disease development. We will also look for evidence of other factors such as viruses not previously identified in these neoplasms. * Using germline data from each case we will define the possible contribution of germline alleles to tumour development, thus facilitating clinical genetics and diagnostic services. Skin tumours are derived from a range of cell and tissue types. Working at scale, we will profile the molecular landscape of these conditions. These studies will prime our whole community to explore the fundamental biology of skin malignancies. Dermatlas has the potential to make a monumental contribution to our understanding of these diseases and to the precision of patient diagnosis and management. Tumours to be sequenced as part of the Dermatlas project and their structures of origin are shown below. * MELANOCYTIC TUMOURS CONJUNCTIVAL NEVI PIGMENTED SPINDLE CELL NEVUS * PAGET DISEASE OF THE SKIN EXTRAMAMMARY PAGET * APPENDAGEAL TUMOURS * HAIR FOLLICLE MELANOCYTIC MATRICOMA PILOMATRICOMA PILOMATRIX CARCINOMA PROLIFERATING PILAR TUMOUR TRICHILEMMAL CARCINOMA TRICHILEMMOMA TRICHADENOMA TRICHOBLASTIC CARCINOMA TRICHOBLASTOMA/TRICHOEPITHELIOMA TRICHOFOLLICULOMA * SWEAT GLANDS APOCRINE CARCINOMA CRIBRIFORM CARCINOMA CUTANEOUS MIXED TUMOUR (CHONDROID SYRINGOMA) DIGITAL PAPILLARY ADENOCARCINOMA ECCRINE DUCTAL CARCINOMA ENDOCRINE MUCIN PRODUCING SWEAT GLAND CARCINOMA HIDRADENOCARCINOMA HIDRADENOMA HIDRADENOMA PAPILLIFERUM HISTIOCYTOID CARCINOMA MALIGNANT MIXED TUMOUR MICROCYSTIC ADNEXAL CARCINOMA MUCINOUS CARCINOMA MYOEPITHELIOMA POLYMORPHOUS SWEAT GLAND CARCINOMA POROCARCINOMA POROMA SQUAMOID ECCRINE DUCTAL CARCINOMA SYRINGOCYSTADENOMA PAPILLIFERUM SYRINGOMA TUBULAR ADENOMA * ADIPOSE TISSUE PLEOMORPHIC LIPOMA PLEOMORPHIC LIPOSARCOMA SPINDLE CELL LIPOMA * MESENCHYMAL TUMOURS * FIBROUS, FIBROBLASTIC AND MYOFIBROBLASTIC TISSUE DERMATOMYOFIBROMA MYOFIBROMA MYXOINFLAMMATORY FIBROBLASTIC SARCOMA SUPERFICIAL ACRAL FIBROMYXOMA * FIBROHISTIOCYTIC TISSUE PLEXIFORM FIBROHISTIOCYTIC TUMOUR * NEUROECTODERMAL ORIGIN CELLULAR NEUROTHEKEOMA CUTANEOUS EWING SARCOMA EPITHELIOID MALIGNANT PERIPHERAL NERVE SHEATH TUMOUR (MPNST) EPITHELIOID SCHWANNOMA PERINEURIOMA SOLITARY CIRCUMSCRIBED NEUROMA * MUSCLE TISSUE CUTANEOUS LEIMYOMA CUTANEOUS LEIOMYOSARCOMA RHABDOMYOSARCOMA * VASCULAR ORIGIN ANGIOLEIOMYOMA ATYPICAL VASCULAR LESION CUTANEOUS ANGIOSARCOMA EPITHELIOID ANGIOMATOUS NODULE EPITHELIOID ANGIOSARCOMA GLOMERULOID HEMANGIOMA GLOMUS TUMOUR HOBNAIL HEMANGIOMA KAPOSIFORM HEMANGIOENDOTHELIOMA MICROVENULAR HEMANGIOMA MYOPERICYTOMA RETINIFORM HEMANGIOENDOTHELIOMA SPINDLE CELL HEMANGIOMA TUFTED HEMANGIOMA * MISCELLANEA CUTANEOUS MYXOMA NON NEURAL GRANULAR CELL TUMOUR LEADERSHIP & TEAM Dermatopathologists, geneticists and bioinformaticians DR. DAVID ADAMS Senior Group Leader Project Lead DR. LOUISE VAN DER WEYDEN Senior Staff Scientist Sample Co-ordinator LIZ ANDERSON Scientific Manager Sequencing Co-ordinator DR. INGRID FERREIRA Senior Dermatopathologist Dermatopathologist PROF. THOMAS BRENN Professor of Pathology Dermatopathologist PROF. MARK ARENDS Professor of Pathology Pathologist DR. ALASTAIR DROOP Principal Bioinformatician Bioinformatician DR. KIM WONG Principal Bioinformatician Bioinformatician MARTIN DEL CASTILLO VELASCO-HERRERA Senior Bioinformatician Bioinformatician VICTORIA OFFORD Principal Bioinformatician Bioinformatician JACQUELINE BOCCACINO Bioinformatician Bioinformatician PROJECT PARTNERS World-leading team of pathologists based in major clinical centres and laboratories around the world. PROF. THOMAS BRENN University of Calgary Calgary, Canada DR. PAUL HARMS University of Michigan Michigan, USA PROF. MARK ARENDS University of Edinburgh Edinburgh, UK PROF. STEVEN BILLINGS The Cleveland Clinic Cleveland, USA DR. SYLVIE FRAITAG Necker Hospital Paris, France DR EMILY CLARKE University of Leeds Leeds, UK DR. PETER FERGUSON Melanoma Institute of Australia & RPA Hospital Sydney, Australia DR. PATRICA POSSIK Brazilian National Cancer Institute Rio de Janeiro, Brazil DR. MIRNA TOLEDO Hospital Infantil de Mexico Federico Gomez Mexico City, Mexico DR. MICHIEL VAN DER HORST Maasstad Ziekenhuis Rotterdam Rotterdam, Netherlands DR. NEIL RAJAN University of Newcastle Newcastle, UK DR. NICOLAS DE SAINT AUBAIN Institut Jules Bordet Brussels, Belgium PROF. EDUARDO NAGORE Instituto Valenciano de Oncología Valencia, Spain DR. DEREK FREW Cleveland Clinic Cleveland, USA DR. CARLOS E. BACCHI Laboratorio de Patologia Bacchi Sao Paulo, Brazil PROF. KLAUS BUSAM Memorial Sloan Kettering Cancer Center New York, USA DR ELENI IEREMIA University of Oxford Oxford, UK DR. INGRID FERREIRA Université libre de Bruxelles Brussels, Belgium DR. WILL MERCHANT University of Leeds Leeds, UK PROF. CARLOS MONTEAGUDO University of Valencia Valencia, Spain DR. DANIELA ROBLES-ESPINOZA International Laboratory for Human Genome Research Juriquilla, Mexico DR. REMCO VAN DOORN Leiden University Medical Center Leiden, Netherlands PROF. WILKO WEICHERT Technical University of Munich Munich, Germany PROF. AHMED ALOMARI University of Indiana Indiana, USA WANT TO GET IN TOUCH? Do you have questions about the Dermatlas project? We'd love to hear from you. Here's how you can reach us... CLICK HERE TO EMAIL THE DERMATLAS PROJECT -------------------------------------------------------------------------------- Copyright © 2022 Wellcome Sanger Institute