What allows cancer live at high mutation rate? Which mutations
make it weaker? Is there a way to exploit its natural mechanisms to make
it less evolvable? Harvard Associate Professor, Leonid Mirny,
on clinical phenomena we can now explain using the balance between
‘drivers’ and ‘passengers’.
Cancer is an evolutionary
process. There are accumulations of mutations and then there is
selection from mutations that make cells more malignant, more like
cancer cells. Mutations come at random.
Answer:
Option c
Option b
Explanation:
To calculate range: range is highest data value - lowest data value
where the highest value in student 1's result is 3.64 and the lowest value is 3.17
Thus, the range of student 1's result is
3.64 - 3.17 = 0.47
Scientists conduct experiments to test a hypothesis. For a scientific research, the researcher first form hypotheses on a particular question she wants answered or maybe she is curious about something. An experiment is then carried out to further test the validity of the hypothesis so as to be able to make a conclusion.
An abiotic factor would be a Rocky Desert Soil.
25°C
This is the answer because this is the highest point of the parabola
Phospholips are made up two fatty acids which are attached to a glycorol head. The glycorol molecule are also attached to a phosphate group, and this is hydrophilic part of the molecue
