Tag Archives: Cellular

Invented Biology

“I dye, paint and stitch silk and wool to create boldly colored biomorphic wallhangings inspired by microscopic/cellular imagery – a kind of visual invented biology with textiles.”

Fiber artist, Karen Kamenetzky, creates a kind of ‘invented biology’, inspired by microscopic and cellular imagery, with works zooming in on that fundamental nature of things and bringing it into vision. She works loosely from sketches but each piece travels a route of evolution and change.

Can plants think? They could one day force us to change our definition of intelligence

Stuart Thompson is a Senior Lecturer in Plant Biochemistry, University of Westminster. His main interest is in the relationships between plant cell wall biochemistry, plant cell wall mechanical behaviour and plant physiology. His main research interest is how plants manipulate the chemical components of their cell walls in order to control their structural properties allowing cell expansion to occur in a controlled and regulated fashion.

Brain organoids help neuroscientists understand brain development, but aren’t perfect matches for real brains

Madeline Andrews is a Postdoctoral Scholar of Regeneration Medicine, University of California, San Francisco. Her scientific interests are focused on processes of neural development like signaling and cell fate mechanisms.

Aparna Bhaduri is aPostdoctoral Scholar in Regeneration Medicine, University of California, San Francisco. Her long term interests are in understanding how stem cells during cortical development give rise to the human brain, and how aspects of these developmental programs can be hijacked in cancers such as glioblastoma.

Arnold Kriegstein is Professor of Neurology and Director of the Developmental and Stem Cell Biology Program, University of California, San Francisco. His research focuses on the way in which neural stem and progenitor cells in the embryonic brain produce neurons, and ways in which this information can be used for cell based therapies to treat diseases of the nervous system.

Seeing Within

Jody Rasch is a New York City area-based artist whose work is based on themes from astronomy, biology, physics and spectra. The artist has been exhibiting his work nationally for over 25 years. Duality–abstraction and representation, the literal and the metaphorical, science and mysticism, the unseen and the seen–is a predominant theme in Rasch’s work. An expression of both the patterns of the natural world and the metaphors underlying modern science, his art allows us to see the beauty in the repulsive, to find knowledge in the unknown, to observe the unseen to more clearly see our world. By exploring the invisible, Rasch invites the observer to look beyond the “seen” to appreciate the beauty and mystery of the “unseen.” His art challenges us to explore the world around us.

Cellular Papercuts

“All the sculptures I make are either hand or laser cut from layers of paper and then hand mounted to create three dimensional structures……..It is also a material perfectly adapted to describe the complexity of the natural world as it embodies the paradoxical qualities that we find in nature: its fragility and durability, its strength and delicacy.”

Inspired by the narratives of scientific discovery and innovation that increasingly dominate contemporary culture, Rogan Brown’s work is an attempt by a non-scientist, an outsider, to visualize, comprehend and assimilate these new ideas and new ways of seeing the world, whether it’s to do with our changing perception of bacteria or the paradigm shifts in our comprehension of the physical world that emerge from quantum physics.

Exploring the microscopic

Artist Klari Reis is best known for her Petri Dish series, a multicolour set of circular blobs created using a blend of media and ground-breaking techniques. The core of her approach is the transformation and pigmentation of a UV-resistant plastic, the epoxy polymer, into unique and cutting edge artworks. She uses the tools and techniques of science in her creative process, constantly experimenting with new ways to apply materials and methods. She is driven by curiosity and her desire to explore and document the natural and unnatural with a sense of wonder and joy.

Linking brains to computers: how new implants are helping us achieve this goal

Dr Yunlong Zhao joined the Advanced Technology Institute, University of Surrey as Lecturer (Assistant Professor) and with a joint appointment at the National Physical Laboratory (UK) as the Senior Research Scientist since October 2018. Prior to this appointment, he carried out his postdoctoral research and joint doctoral research at Harvard University, where he conducted research in nano-semiconductor devices and flexible electronics for electrophysiology and nano-bio interface.