The diagnosis of neoplastic disease still lays its foundations on the detection of altered tissue morphology. Most importantly, cancer begins, at least in many cases as a disease with altered tissue pattern formation. It is therefore rather surprising that the issue regarding the possible mechanistic role of such property in the pathogenesis of cancer has received relatively little attention so far. To be more specific, we need to ask the following question: is altered tissue pattern formation a mere bystander, with its pervasive presence along the entire carcinogenic sequence, or does it play a role in fuelling this process? Pathways related to morphogenesis and to the establishment of cell polarity will be considered for their possible me...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...
Cancer research produced many paradoxical results in recent years. The reductionist approach now sho...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...
Many human solid cancers arise from focal proliferative lesions that long precede the overt clinical...
Many human solid cancers arise from focal proliferative lesions that long precede the overt clinical...
Current theories proposed to interpret the pathogenesis of neoplastic disease can be grouped into tw...
Current theories proposed to interpret the pathogenesis of neoplastic disease can be grouped into tw...
Overt neoplasia is often the result of a chronic disease process encompassing an extended segment of...
Overt neoplasia is often the result of a chronic disease process encompassing an extended segment of...
Abstract Cancer is a complex disease without a unified explanation for its cause so far. Our recent ...
The 3D architecture of tissues bearing tumors impacts on the mechanical microenvironment of cancer, ...
The 3D architecture of tissues bearing tumors impacts on the mechanical microenvironment of cancer, ...
Neoplasm refers to an abnormal tissue growth that arises as a consequence of rapid cell proliferatio...
Cancer research produced many paradoxical results in recent years. The reductionist approach now sho...
Most cancers arise in epithelia, the tissue type that lines all body cavities. The organization of e...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...
Cancer research produced many paradoxical results in recent years. The reductionist approach now sho...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...
Many human solid cancers arise from focal proliferative lesions that long precede the overt clinical...
Many human solid cancers arise from focal proliferative lesions that long precede the overt clinical...
Current theories proposed to interpret the pathogenesis of neoplastic disease can be grouped into tw...
Current theories proposed to interpret the pathogenesis of neoplastic disease can be grouped into tw...
Overt neoplasia is often the result of a chronic disease process encompassing an extended segment of...
Overt neoplasia is often the result of a chronic disease process encompassing an extended segment of...
Abstract Cancer is a complex disease without a unified explanation for its cause so far. Our recent ...
The 3D architecture of tissues bearing tumors impacts on the mechanical microenvironment of cancer, ...
The 3D architecture of tissues bearing tumors impacts on the mechanical microenvironment of cancer, ...
Neoplasm refers to an abnormal tissue growth that arises as a consequence of rapid cell proliferatio...
Cancer research produced many paradoxical results in recent years. The reductionist approach now sho...
Most cancers arise in epithelia, the tissue type that lines all body cavities. The organization of e...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...
Cancer research produced many paradoxical results in recent years. The reductionist approach now sho...
Cell and tissue polarity are tightly coupled and are vital for normal tissue homeostasis. Changes in...