Release of Biological Molecules May Promote Formation of Vasculature in a Developing Embryo

Joyce Chen ’23 When an embryo develops, its cells undergo numerous rounds of cell division and arrange into a highly organized system of tissues that collectively assemble into organs. While positioning themselves at the midline, cells known as angioblasts are responsible for the formation of blood vessels in major arteries and veins. Simultaneously, somites — structures in the developing embryo that give rise to bone, … Continue reading Release of Biological Molecules May Promote Formation of Vasculature in a Developing Embryo

The Future of 3D Printing in Biotechnology

Aditi Kaveti ‘23 Health technology has advanced tremendously, especially in the field of tissue engineering. Two main products that have resulted from tissue engineering are scaffolds and hydrogels, both being distinct physical forms of polymers for tissue engineered skin. To  enhance cell interaction with polymers, cells need to be present as integrated parts of the bioengineered tissue or host cells need to be recruited for … Continue reading The Future of 3D Printing in Biotechnology

Aristolochic Acid, used in herbal remedies, linked to urothelial cancers and neuropathic diseases

By Katherine Maiorisi Dr. Grollman of Stony Brook University was honored in 2011 with the Environmental Mutagen Society (EMS) award for his work on aristolochic acid (AA) and its relation to cancer and neuropathy [1]. Throughout the past fifty years studies have been done on the effect of environmental agents on neuropathy. Aristolochia poisoning was first proposed in 1969 by Ivi´c, but was disregarded, until … Continue reading Aristolochic Acid, used in herbal remedies, linked to urothelial cancers and neuropathic diseases