A. Shape and size of particle
B. Uniform distribution of particle size
C. Number of particles
D. None of the above
A. Sphingomyelin
B. Lecithin
C. Cerebroside
D. Cephalin
A. G proteins bind to hormones on the cell surface
B. All the three subunits alpha, beta and gamma should bind each other for G protein to act
C. G Proteins act as inhibitory and excitatory because of difference in alpha subunit
D. G protein is bound to GTP in resting state
A. Enters the skull through the foramen ovale
B. Supplies the superolateral surface of the ipislateral cerebral hemisphere
C. Runs a subdural course within the cranial cavity
D. Gives an interior branch which runs deep to the pterion
A. Brucella
B. Mycobacterium
C. Salmonella
D. Coxiella burnetti
A. Martensite
B. Ferrite
C. Austenite
D. Pearlite
A. Require more mercury
B. Require heavy compection forces
C. Have longer setting times
D. None of the above