Clinical Pedigree drawing software is designed for Human Genetics Professional. Essential for genetic counseling. Drosophila Genetics Lab. This breeding simulation is designed for senior students (16 ) and encourages the development of skills in critical thinking and problem solving as well as promoting an understanding of the scientific.
Get to Know BioLab Fly A Breed Apart BioLab Fly Genetics come to life as students study the fascinating physical traits of fruit flies and how characteristics are passed from parent organisms to their offspring. A wealth of mind-opening activities take the mystery out of genetics and introduce concepts that enhance students’ understanding of their world Student Scientists Get Hands-On Practice With: F 1 Cross Breed two pure bred organisms to see how dominant and recessive genes affect the characteristics of the offspring. F 2 Cross See how specimens with mixed genotypes vary the results. Sex-Linked Cross Determine which traits are carried only through a particular chromosome and thus are linked with a gender. Dihybrid Cross Do a cross between individuals that involve two pairs of contrasting traits. Fly Breeder Exercise the mind with this open-ended activity while analyzing twenty-six different physical characteristics.
Teacher-Developed BioLab Fly follows tried and true educational practices as each student receives pre-lab instruction, thorough open-ended lab simulation, and post-lab reinforcement. A collection of printable worksheets is included on the CD. Students use the Fly Editor to generate flies with 26 different characteristics. Learn By Doing.
Students develop reasoning skills as they observe parental genotypes, build a Punnett square, predict the characteristics of the offspring and test their prediction. This step-by-step investigation exposes students to simple and complex genetic principles. I nteractive Log BioLab Fly features a log that records progress and allows the teacher to track student learning.
In-depth Lab Experience. In four detailed labs, students study the principles of genetics and learn about dominant, recessive, sex-linked and autosomal characteristics. System Requirements: Macintosh PowerMac G4 (Intel Core™ Duo 1.33GHz or faster processor recommended), 256MB of total RAM, Mac OS X 10.4 (10.6 or greater recommended) Windows 2.33GHz or faster x86-compatible processor, or Intel® Atom™ Microsoft® Windows® XP (32-bit) 128MB of RAM; 128MB of graphics memory Download a Catalog # Description Price 39-9008 CD-ROM $89 Each 399008A CD-ROM, Lab Pack (5) $340 Each 399008B CD-ROM, Lab Pack (10) $560 Each 399008D CD-ROM, Unlimited Site Licesnse (LAN only) $1120 Each.
StarGenetics Downloads We recommend using Java Web Start, but if you plan to use StarGenetics with limited internet connectivity please feel ree to download a version for your operating system. How to start Linux version?
StarGenetics.bin file is bash shell script. When you execute it, it will unpack and start StarGenetics. StarGenetics requires to be installed on your system. If you are on a MIT Athena workstation, download StarGenetics and then in Terminal type: add -f javav1.6.031 bash /Downloads/StarGenetics.bin For more information about this issue visit. How to start Windows version?
StarGenetics.exe can be executed. StarGenetics requires to be installed on your system. How to start MacOS X version? StarGenetics.zip should be decompressed. It will create a StarGenetics application that can be executed. It requires at least MacOSX 10.5. If you are on MacOS 10.8 or newer, please download from Oracle.