iWriteGigs

Fresh Grad Lands Job as Real Estate Agent With Help from Professional Writers

People go to websites to get the information they desperately need.  They could be looking for an answer to a nagging question.  They might be looking for help in completing an important task.  For recent graduates, they might be looking for ways on how to prepare a comprehensive resume that can capture the attention of the hiring manager

Manush is a recent graduate from a prestigious university in California who is looking for a job opportunity as a real estate agent.  While he already has samples provided by his friends, he still feels something lacking in his resume.  Specifically, the he believes that his professional objective statement lacks focus and clarity. 

Thus, he sought our assistance in improving editing and proofreading his resume. 

In revising his resume, iwritegigs highlighted his soft skills such as his communication skills, ability to negotiate, patience and tactfulness.  In the professional experience part, our team added some skills that are aligned with the position he is applying for.

When he was chosen for the real estate agent position, he sent us this thank you note:

“Kudos to the team for a job well done.  I am sincerely appreciative of the time and effort you gave on my resume.  You did not only help me land the job I had always been dreaming of but you also made me realize how important adding those specific keywords to my resume!  Cheers!

Manush’s story shows the importance of using powerful keywords to his resume in landing the job he wanted.

Neuropharmacology

Navigation   » List of Schools  »  West Coast University  »  Pharmacy  »  Phar 642 – Principles of Drug Action  »  Spring 2022  »  Neuropharmacology

Need help with your exam preparation?

Below are the questions for the exam with the choices of answers:

Question #1
A  It directly activates nicotinic acetylcholine receptors
B  It directly blocks nicotinic acetylcholine receptors
C  It directly blocks voltage-gated sodium channels
D  It directly activates voltage-gated sodium channels
Question #2
A  Multiple Sclerosis
B  Epilepsy
C  Seizures
D  Guillain Barre Syndrome
Question #3
A  Voltage gated sodium channels
B  Voltage gated chloride channels
C  Voltage gated calcium channels
D  Voltage gated potassium channels
Question #4
A  It makes it more difficult for action potentials to fire
B  It makes action potentials shorter
C  It helps neurons repolarize more rapidly
D  It extends the absolute refractory period
Question #5
A  Sodium channels would not open
B  Sodium channel activation would cause sodium efflux instead of influx
C  The cell would get stuck in the repolarized state
D  The S4 gate would be unable to close
Question #6
A  The electrical driving force keeps potassium from leaving the cell
B  Potassium leak channels must first be activated before potassium can enter or exit
C  There is no chemical gradient for potassium, so no driving force
D  The chemical driving force makes potassium enter the cell instead of leaving
Question #7
A  Resistance will increase and current will increase
B  Resistance will increase and current will decrease
C  Resistance will decrease and current will decrease
D  Resistance will decrease and current will increase
Question #8
A  Gs coupled receptor
B  Gq coupled receptor
C  Gi coupled receptor
Question #9
A  Gi coupled receptor
B  Ligand-gated ion channel
C  Gq coupled receptor
Question #10
A  Gs coupled receptor
B  Gi coupled receptor
C  Gq coupled receptor
Question #11
A  Gq coupled receptor
B  Gs coupled receptor
C  Ligand-gated ion channel
Question #12
A  Ligand-gated ion channel
B  Gi coupled receptor
C  Gq coupled receptor
Question #13
A  Post-ganglionic sympathetic neurons synapsing with smooth muscle. Autonomic neurons synapsing with the adrenal gland. Post-ganglionic parasympathetic neurons synapsing with smooth muscle
B  Post-ganglionic sympathetic neurons synapsing with smooth muscle. Post-ganglionic parasympathetic neurons synapsing with smooth muscle
C  Somatic neurons synapsing with skeletal muscle. Post-ganglionic sympathetic neurons synapsing with smooth muscle. Post-ganglionic parasympathetic neurons synapsing with smooth muscle
D  Autonomic neurons synapsing with the adrenal gland. Somatic neurons synapsing with skeletal muscle. Pre-ganglionic parasympathetic neurons synapsing with post-ganglionic neurons. Pre-ganglionic sympathetic neurons synapsing with post-ganglionic neurons
Question #14
A  Optic
B  Abducent
C  Trochlear
D  Oculomotor
Question #15
A  Nitric Oxide
B  Glutamate
C  GABA
D  Acetylcholine
Question #16
A  From the hips, down
B  Just the backs of the legs
C  From the upper torso, down
D  From the neck, down
Question #17
A  Sympathetic nervous system
B  Efferent division
C  Parasympathetic nervous system
D  Afferent division