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Manuela Colorado Builes
Medicine Student
UPB
2012
PROTEIN THAT MAY REPRESENT NEW TARGET FOR TREATING
TYPE 1 DIABETES IDENTIFIED
AND
CHARGES GOING ASTRAY: NEW TRANSFER PATHS FOR
ELECTRONS DISCOVERED
FOLDING
FOLDING
INTRODUCTION
PROTEIN THAT MAY
REPRESENT NEW TARGET
FOR TREATING TYPE 1
DIABETES IDENTIFIEDScienceDaily (Jan. 4, 2012)
PROTEIN THAT MAY REPRESENT NEW TARGET FOR
TREATING TYPE 1 DIABETES IDENTIFIEDScienceDaily (Jan. 4, 2012)
• Only 5% of people with diabetes have this
form of the disease.
• Type 1 diabetes is usually diagnosed in
children and young adults, and was previously
known as juvenile diabetes. In type 1
diabetes, the body does not produce insulin.
• IHOP (Islet Homeostasis Protein), is located in
the islets of the pancreas, next to cells that
secret insulin and glucagon.
Inhibited glucagon
IHoP lost it’s expression
Insulin decrease
Glucagon increase
Deaths of cells that produce insuline
PROTEIN THAT MAY REPRESENT NEW TARGET FOR
TREATING TYPE 1 DIABETES IDENTIFIEDScienceDaily (Jan. 4, 2012)
If IHoP isn’t found, the pancreas goes into a critical state
initiating the process of type I diabetes.
IHoP creates balance between glucagon and insulin
• The high IHop was present in health people.
• The IHop didn’t express in people with diabetes.
PROTEIN THAT MAY REPRESENT NEW TARGET FOR
TREATING TYPE 1 DIABETES IDENTIFIEDScienceDaily (Jan. 4, 2012)
OBSERVATION
I Think that this investigation is very
important, because help to find a
treatment to type 1 diabetes in the future,
but it’s essential investigate more about
this disease at the molecular level to
reduce its morbidity and mortality in the
world.
CHARGES GOING STRAY:
NEW TRANSFER PATHS FOR
ELECTRONS DISCOVEREDScienceDaily (Jan. 13, 2012)
CHARGES GOING STRAY: NEW TRANSFER PATHS FOR
ELECTRONS DISCOVEREDScienceDaily (Jan. 13, 2012)
• Electron transfer is one of the most important
classes of chemical reactions, because The chains
of this process, provide energy in a gradient
concentration of H, and electrical to make ATP in
the membrane transport protein.
• The study was carried out in
the cytochrome photolyase protein family.
+
• Even if the family protein share the same cascade of amino acids and structural similarities, the electrons did not have the same behavior.
• In the cyanobacterial cryptochrome the electrons have different paths although had to cover a larger distance.
Known (top) and newly discovered (bottom) charge
transfer path. (Credit: Image courtesy of Albert-
Ludwigs-Universität Freiburg).
CHARGES GOING STRAY: NEW TRANSFER PATHS FOR
ELECTRONS DISCOVEREDScienceDaily (Jan. 13, 2012)
• The aminoacids are very important to
the transfer of electrons.
• The orientation of the aminoacids has
a stronger influence on electron-
transfer efficiency.
CHARGES GOING STRAY: NEW TRANSFER PATHS FOR
ELECTRONS DISCOVEREDScienceDaily (Jan. 13, 2012)
OBSERVATION
• This investigation is very important,
because the transfer of electrons, is a
chemical reaction very important at
level molecular.
• I think that this issue receives little
attention in research, so it is necessary
to stimulate this kind of investigation.
MEDICAL UTILITY
MEDICAL UTILITY
• The investigation is very important in
our area because it allows new medical
treatments and advances for the
health.
• The best way to gain new knowledge is
involved in research projects, either as
a medical student or doctor.
MEDICAL UTILITY
Scientific investigation
Research of solutions to problems
• Find a cure
• New and better treatment
• Find improvement in the quality of life.
MEDICAL UTILITY
• In these case the investigations are
very important in the area of
medicine and the molecular biology,
because one of them found a
treatment to a incurable disease, like
type 1 diabetes, and the other
research to get better forms and
materials for the production and
distribution of energy.
BIBLOGRAPHY
• Martínez Sánchez, LM. Vargas Grisales N, Toro Montoya AE, Pamplona Sierra AP, Quevedo Orrego E. Biología Molecular. 6 Ed. Medellín. UPB: Fac. de Medicina; 2011.
• VOET D, VOET, JG. Bioquímica. 3 ed. Buenos Aires. Medica Panamericana; 2006. p. 591-592.
• MINSAL, S. Guía Clínica Diabetes Mellitus Tipo 1. 1. Ed. Ministerio De Salud. 2005. 7-8 p.
¡THANKS!