Cancer - Molecular aspects.

Pan-cancer integrative molecular portrait towards a new paradigm in precision medicine by: (Electronic resources)

Glycosignals in cancer = mechanisms of malignant phenotypes / by: (Electronic resources)

Cancer therapeutic targets by: (Electronic resources)

Small molecules in oncology by: (Electronic resources)

Notch signaling in embryology and cancer = notch signaling in cancer / by: (Electronic resources)

Tumor microenvironment = signaling pathways.. Part B / by: (Electronic resources)

Drug targets in cellular processes of cancer = from nonclinical to preclinical models / by: (Electronic resources)

Molecularbiochemical aspects of cancer by: (Electronic resources)

Small molecules for cancer treatment by: (Electronic resources)

Redox regulation and therapeutic approaches in cancer by: (Electronic resources)

Molecular aspects of cancer and its therapy / by: (Language materials, printed)

Principles of molecular oncology / by: (Language materials, printed)

DNA methylation and cancer therapy by: (Electronic resources)

DNA Methylation and Cancer Therapy by: (Language materials, printed)

Molecular Biology of Human Cancers = An Advanced Student's Textbook / by: (Language materials, printed)

Principles of Molecular Oncology by: (Language materials, printed)

Telomeres and telomerase in cancer by: (Language materials, printed)

Signal transduction in cancer by: (Language materials, printed)

The molecular basis of cancer by: (Language materials, printed)

Death receptors in cancer therapy by: (Electronic resources)

Stem cells and cancer stem cells. = therapeutic applications in disease and injury /. Volume 12 by: (Electronic resources)

Small molecules in oncology by: (Electronic resources)

Stress response pathways in cancer = from molecular targets to novel therapeutics / by: (Electronic resources)

Inflammation and immunity in cancer by: (Electronic resources)

Molecular therapies of cancer by: (Electronic resources)

Inflammation and metastasis by: (Electronic resources)

Targeting autophagy in cancer therapy by: (Electronic resources)

STAT inhibitors in cancer by: (Electronic resources)

Molecular pathology in cancer research by: (Electronic resources)

Tumor organoids by: (Electronic resources)

D-type cyclins and cancer by: (Electronic resources)

The unfolded protein response in cancer by: (Electronic resources)

Ecology and evolution of cancer / by: (Electronic resources)

Molecular and cell biology of cancer = when cells break the rules and hijack their own planet / by: (Electronic resources)

'Essentials of cancer genomic, computational approaches and precision medicine by: (Electronic resources)

Tumor microenvironment = the role of chemokines.. Part B / by: (Electronic resources)

Tumor microenvironment = molecular players.. Part B / by: (Electronic resources)

Tumor microenvironment = hematopoietic cells.. Part B / by: (Electronic resources)

Transportome malfunction in the cancer spectrum = ion transport in tumor biology / by: (Electronic resources)

Biomarkers in carcinoma of unknown primary by: (Electronic resources)

Discovery of small-molecule modulators of protein-RNA interactions for treating cancer and COVID-19 by: (Electronic resources)

Molecular biology of human cancers by: (Electronic resources)

Glycosignals in cancer = molecular assembly and recognition / by: (Electronic resources)

Biomedical aspects of solid cancers by: (Electronic resources)

Targeting oncogenic driver mutations in lung cancer by: (Electronic resources)

Drug discovery in pancreatic cancer = models and techniques / by: (Language materials, printed)

Therapeutic strategies in cancer biology and pathology by: (Electronic resources)

Tumor microenvironment = the role of chemokines.. Part A / by: (Electronic resources)

Tumor microenvironment = the role of interleukins.. Part A / by: (Electronic resources)

Pathogens associated with the development of cancer in humans = OMICs, immunological, and pathophysiological studies / by: (Electronic resources)

Role of autophagy and reactive oxygen species in cancer treatment = principles and current strategies / by: (Electronic resources)

Signal transduction in cancer by: (Electronic resources)

Hedgehog signaling activation in human cancer and its clinical implications by: (Electronic resources)

Hypoxia and cancer = biological implications and therapeutic opportunities / by: (Electronic resources)

MicroRNA in development and in the progression of cancer by: (Electronic resources)

Mitochondria = the anti-cancer target for the third millennium / by: (Electronic resources)

Mutant p53 and MDM2 in cancer by: (Electronic resources)

Translation and its regulation in cancer biology and medicine by: (Electronic resources)

Textbook of cell signalling in cancer = an educational approach / by: (Electronic resources)

Molecular oncology = principles and recent advances / by: (Electronic resources)

The molecular basis of cancer by: (Electronic resources)

Tumor microenvironment = study protocols / by: (Electronic resources)

Molecular targets and strategies in cancer prevention by: (Electronic resources)

PI3K-mTOR in cancer and cancer therapy by: (Electronic resources)

Molecular radio-oncology by: (Electronic resources)

Protein tyrosine phosphatases in cancer by: (Electronic resources)

Metabolism in cancer by: (Electronic resources)

Adipocytokines, energy balance, and cancer by: (Electronic resources)

The molecular basis of human cancer by: (Electronic resources)

Ex vivo engineering of the tumor microenvironment by: (Electronic resources)

Molecular oncology = underlying mechanisms and translational advancements / by: (Electronic resources)

DJ-1/PARK7 protein = Parkinson's disease, cancer and oxidative stress-induced diseases / by: (Electronic resources)

Tumor microenvironment = signaling pathways.. Part A / by: (Electronic resources)

Tumor microenvironment = recent advances / by: (Electronic resources)

Tumor microenvironments in organs = from the brain to the skin.. Part A / by: (Electronic resources)

Tumor microenvironment = hematopoietic cells.. Part A / by: (Electronic resources)

Tumor microenvironment = non-hematopoietic cells / by: (Electronic resources)

Tumor microenvironment = molecular players.. Part A / by: (Electronic resources)

Tumor microenvironment = the role of interleukins.. Part B / by: (Electronic resources)

Cancer metabolomics = methods and applications / by: (Electronic resources)

Inflammation and metastasis by: (Electronic resources)

Tumor microenvironment = novel concepts / by: (Electronic resources)