30 likes | 581 Views
Central Activity. Introduction and practice using Lab EquipmentInquiry Based Physical Separation of MaterialsBrainstorm when separating might be importantBrainstorm and discussion of different separation techniques in biotechnology and bioengineering. Conclusions. Students use inquiry to plan a course of action for solving a problem (engineering a solution)Recognize a mixture versus a solutionUnderstand Stem Cells, Progenitor Cells, Cell Differentiation, and Alternatives to embryonic stem c9451
E N D
1. Separation of Cells and BiomoleculesPaul Damiani, Milton High School 9th Grade Introduction to Science
Inquiry: students should be able to design and carry out an experiment, with appropriate controls and variables.
Group work.
2. Central Activity Introduction and practice using Lab Equipment
Inquiry Based Physical Separation of Materials
Brainstorm when separating might be important
Brainstorm and discussion of different separation techniques in biotechnology and bioengineering
3. Conclusions Students use inquiry to plan a course of action for solving a problem (engineering a solution)
Recognize a mixture versus a solution
Understand Stem Cells, Progenitor Cells, Cell Differentiation, and Alternatives to embryonic stem cell therapy
Understand what some Biomolecules are and how they can be purified
4. Lab connections, Assessments, Credits Profiled how fibroblasts adhere to specially designed plain glass slides and laminin treated glass slides when they are pumped through.
Purification of cell types and biomolecules is an integral part of biology, biotechnology, and chemistry
Lab Report including percent recovery
Position paper on the use of Embryonic Stem Cells and other alternatives
Dr. Shashi Murthy, Ph.D. Department of Chemical Engineering, Northeastern University, Boston, MAEmily Simpson, The Codman Academy in Boston, MA Brian Plouffe & Danson Njoka, Northeastern University, Ted Fernandez, MIT