Our re-design is based upon the Open PCR system originally designed by Josh Perfetto and Tito Jankowski.
System Design
Key Features
Instructions
Protocols
Materials
PCR Protocol
DNA Measurement Protocol
Research and Development
Background on Disease Markers
1) Emphysema is a lung disease; it causes damage to the small air sacs, alveoli, and small airways in your lungs. This damage obstructs airflow when you exhale. “Most emphysema cases are caused by smoking, but about 3 percent of cases are caused by an inherited deficiency in a protein that normally protects the alveoli.” This protein is alpha-1 antitrypsin[1]. Moreover, Emphysema is characterized by loss of elasticity due to the action of alpha-1 antitrypsin deficiency.
The marker that is being used is rs709932[2].This SNP is associated with Emphysema due to AAT deficiency. The sequence associated with Emphysema due to AAT deficiency is C(A)T , while a normal sequence is C(G)T, which is located on the 14 chromosome. The gene alteration leads to a mutated human protein. It goes from R[Arg] to H[His].
Emphysema due to AAT deficiency
rs709932
Missense CGT→CAT
R[Arg]→H[His]
Chromosome 14
2) Hemophilia A is an inherited disease that is considered to be a rare blood disorder. It is the most common type of hemophilia. Patients with Hemophilia A suffer longer bleeding and thus, it can damage their tissues and organs. “It is also known as factor VIII deficiency or classic hemophilia.” Sometimes this disease may lead to death. Patients don’t clot normally because one of the proteins needed to form blood clot is missing or reduced. “Approximately one in 5,000 males born in the United States has hemophilia." [3].
The marker that is being used is rs137852466 [4]. This SNP is associated with Hemophilia A. The sequence associated with Hemophilia A is C(G)C , while a normal sequence is C(A)C, which is located on the X chromosome.The gene alteration leads to a mutated human protein. It goes from R[Arg] to H[His].
Hemophilia A
rs137852466
Missense CGC→CAC
R[Arg]→H[His]
Chromosome X