1. Chaperone Enzyme Provides New Target for Cancer Treatments 2. Scientists Combine Targeted Agents to Kill Multiple Myeloma Cells 3. Medical aplication

1. Jessica Cuervo Bustamante
Medicine Student
III Semester
ID 000171223
2011

4.  Time takes to ce u
o p ro d
ta mutation
produce ation
T
kes
ime ta ut
a m
depends of the
d s of th
e
depen er of
number ofrred and
numb
ccu
rrors o Depending
errors occurred and
e
d.
co rrecte umber of
corrected. Depending
n
on the s, we will
ion
mutat f there is
on the number of i
know fficiency
mutations, we ms of
a good syste will
e
air
know ifetherellis
of r p e ce .
th
a good efficiency
of repair systems of
the cell.

5.  ScienceDaily (Jan. 20,
2011)

7. 

8. The dual role
that Cdc7 plays
in the cell
lifecycle and
DNA repair
offers a
promising
target for
potential
cancer
therapies.

9.  Studyof enzymes involved in DNA
repair is essential to learn about
new advances in treatments for cancer and
other pathologies associated with the genetic
mutation

10. ScienceDaily (Feb. 11,
2011)

14.  Know the different methods of combination of
Chk1 and Src inhibitors are important in
explaining the behavior of pathologies such as
multiple myeloma and to develop techniques to
improve treatment and promote new
discoveries about how to remove without
damaging attack DNA healthy cells, in the
mechanism of action of carcinogenic diseases.

16.  knowing molecules involve
d in the development
of skin cancer will allow us
to approach the various
prevention methods that
can be implemented to
reduce mortality rates

17.  DNA repair mechanisms are important
markers of certain incurable diseases that
cause great damage in cells, tissues and
organs mutations are rapidly acquired resista
nce to the repair of the genome which
is usually lethal to human been.

18. The best condition is
associated with dama
ge to DNA repair is
cancer, and it takes s
pecial care and
operation of the
mechanisms that
control the damage
being as well
essential for the
diagnosis and
treatment.

19.  —MARTINEZ S.Lina María. Biología molecular. 6. ed.
Medellín : UPB. Fac. de Medicina, 2009. 81 p.
 —University of North Carolina School of Medicine (2011,
January 20). Chaperone enzyme provides new target for
cancer treatments. ScienceDaily. Retrieved February 12,
2011, from
http://www.sciencedaily.com­/releases/2011/01/1101181
43220.htm
 —Virginia Commonwealth University (2011, February 11).
Scientists combine targeted agents to kill multiple
myeloma cells.ScienceDaily. Retrieved February 12, 2011,
from
http://www.sciencedaily.com­/releases/2011/02/1102101
53014.htm