Answer:
C. Au q4h
Explanation:
I calculated it logically
A healthcare system's computerized system for gathering and storing patient medical data is known as an EHR.
<h3>What is a healthcare EHR?</h3>
Electronic Health Records (EHR): An computerized version of a patient's medical history that is kept over time by the provider and may include all of the critical administrative clinical data related to that person's care under a specific provider, comprising demographics, progress notes, issues, prescriptions, vital signs, and
<h3>What is the goal of the EHR?</h3>
EHRs incorporate data from all professionals involved in a patient's condition since they are designed to communicate information to other health providers and organizations, such as labs, experts, diagnostic imaging hospitals, pharmacies, emergency rooms, and education and workplace clinics.
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Answer:
It would be B.
Explanation:
Hope it helped brainiest pls
Diabetes Mellitus ICD codes
Explanation:
The billable specific ICD-9-CM code for diabetes mellitus ranges from 250.0x and goes on to 250.1x, 250.2x etc., depending upon the complications.
The billable specific ICD-10-CM code for diabetes mellitus without unspecified complication is E11.9 and with complications is E11.8
Diabetes mellitus affects many body systems like the sensory, endocrine, excretory, nervous, and cardiovascular systems. The code changes, depending upon the complications specified.
The patient might present with any of the symptoms like visual defects, dermatitis, increased thirst and/or hunger, increased micturition, weight loss etc which may be because of underlying diabetes.
Answer: the "y=mx+b" form (called the slope-intercept form of the equation of a line).
Explanation: Finding the equation for a line is a common problem in geometry and trigonometry. There are two common situations where you are asked to find the equation for a line: either you'll be provided with one point on the line and the slope of the line, or you'll be provided two points on the line.
The "b" value (called the y-intercept) is where the line crosses the y-axis.
So point (x1, y1) is actually at (0, b)
and the equation becomes:
Start with
y − y1 = m(x − x1)
(x1, y1) is actually (0, b):
y − b = m(x − 0)
Which is:
y − b = mx
Put b on other side:
y = mx + b
