Abstract: The present application discloses a novel biological material transfer apparatus and methods of using the same. The apparatus is made up of double walled barrel shaped tip chamber to house either the single tip or multiple tips of fixed size and a unique ball head to transfer the biological material from one location to another location in an aseptic method. The tip has a fixed shape and size and a ball head which makes the process of picking and transferring of biological material easy, safe and convenient to use with large scale samples. The apparatus is further equipped with an ultra violet light which sterilize the tips just before their use making the entire process of transferring of biological material highly aseptic.

Abstract: The present application discloses a novel biological material transfer apparatus and methods of using the same. The apparatus is made up of double walled barrel shaped tip chamber to house either the single tip or multiple tips of fixed size and a unique ball head to transfer the biological material from one location to another location in an aseptic method. The tip has a fixed shape and size and a ball head which makes the process of picking and transferring of biological material easy, safe and convenient to use with large scale samples. The apparatus is further equipped with an ultra violet light which sterilize the tips just before their use making the entire process of transferring of biological material highly aseptic.

Abstract: The present application discloses a novel microbiological apparatus and methods of using the same. The apparatus is a rolling pen comprising of a socket and a ball with its unique rolling head to transfer a biological material from a first location to a second location in an aseptic manner. Further, the rolling pen apparatus can be used with a pen holder device or with a holder hand device to transfer the biological material a first location to a second location and further to develop a microbiological colony. The invention also discloses the use of rolling pen apparatus attached to a holder hand device in propagating a single biological colony such as bacterial colony or cells.

Abstract: A novel biological material excavator apparatus is described in the current invention. The apparatus is made up of a double walled tubular structure to house either a single tip or multiple tips to pick/excavate the biological material growing in agar plated petri dishes. The unique feature of this apparatus is a local ultra violet light source is present inside the apparatus to perform irradiation on site. This provides double sterilization of the apparatus as well as the tip that is being used for transferring biological material from one source to another source. The apparatus is double walled to prevent the user from being exposed to ultra violet rays while the irradiation step is being performed.