tag:blogger.com,1999:blog-3124677698115612882.post8331263248291416532..comments2012-09-14T01:34:56.930-07:00Comments on Time in Tasmania: Making ConnectionsShannonhttp://www.blogger.com/profile/04816505778341805006noreply@blogger.comBlogger2125tag:blogger.com,1999:blog-3124677698115612882.post-48545451146788812732012-09-14T01:34:56.930-07:002012-09-14T01:34:56.930-07:00Yeah I want to make mine accurate as well, so I...Yeah I want to make mine accurate as well, so I've been studying microphotos of neurons since I can't actually look through a microscope. Maybe! I wonder if certain drawing materials would be attracted to each other. I still don't know where I'm going to end up, just trying to learn as much as I can before I decide on my final project. I'd really like to make it 3d somehow. Know of any other artists I can check out?Shannonhttps://www.blogger.com/profile/04816505778341805006noreply@blogger.comtag:blogger.com,1999:blog-3124677698115612882.post-14403366294634168812012-09-10T09:39:33.647-07:002012-09-10T09:39:33.647-07:00YayyayYAY I love biology art haha. My genetics pro...YayyayYAY I love biology art haha. My genetics professor was obsessed with it and used to show it to us all the time - neurons definitely present a huge opportunity for art and design. Greg Dunn is awesome and his artwork is not only beautiful but really accurate. In early development neurons don't grow dendrites + axons randomly, but are directed by positive and negative feedback from neutrophins (essentially proteins and neurotransmitters) in their environment. Maybe you can play around with that concept in your art?!Anonymousnoreply@blogger.com