Production, Cost, & Technology/Regulation Flashcards
Lee and Jones Study: What was the Purpose?
The purpose of the study was to calculate the # of physicians necessary to perform X # of medical procedures.
In the Lee and Jones Study, how was the need of medical procedures determined or based on?
Was based on incidence of a morbidity (illness) in the population.
Calculating the Traditional Health Technology Analysis for Lee and Jones Study:
1. Calculate the morbidity rate with a number of 250,000 patients given that a certain condition strikes 1% of that population:
250,000 x (1 morbidity/100 persons) = 2,500 Morbidities
Calculating the Traditional Health Technology Analysis for Lee and Jones Study:
2. With total morbidity, what is the amount of time (based on estimated time treatment will take) physicians need to treat 250,000 patients:
2,500 morbidity x 6 hours = 15,000 hours
Calculating the Traditional Health Technology Analysis for Lee and Jones Study:
3. Need to calculate how many physicians needed if one works 2,000 hours per year if they know they need to work 15,000 hours?
15,000 hours x (1 physician/2,000 hours) = 7.5 physicians
Let’s say that with 7.5 physicians, the population is projected to increase from 250,000 to 400,000 taken into consideration the 2,500 morbidities (that will not change)…
400,000/250,000 x 7.5 physicians = 12 physicians. In this case, if the projected (actual) total is less than 12, then it is projected that a (actual) shortage will exist.
Severe Assumptions of the Lee Jones Study..
- There is no substitution of other inputs for physicians inputs
- There is no projected technological change in production of health care services.
- There is a single, unique answer to how many medical procedures are appropriate…
- Prices and costs of various inputs are safely ignored
- Medical doctors are the appropriate body of people to determine population needs.
Elasticity of Substitution
When hospitals and medical groups try to shift away from the most costlier input to the cheapest input. For example: if physicians salaries increased relative to nurses, then there is a substitute for more nurses than doctors.
If there was no substitution between two inputs…
Then one input on X (physicians) and one input on Y (nurses) that will meet at M where Q = 1 and the line looks like a L.
There is a substitution when…(Hint: refer to graph)
The input the X axis (physicians) move up or down depending on situation and input on Y axis (nurses) moves left or right as X moves. It is a downward sloping curve. So if there is a substitution for more nurses than physicians, than Y shifts to Z and moves downward (refer to graph in lecture presentation).
What does research suggest when it comes to elasticity of substitution?
There are substitution possibilities that could be substantial. For instance, Could cause substantial savings. Nurse practitioners and physicians assistants can substitute for physicians time.
Economies of Scope
Occurs when it is possible to produce two or more goods jointly at a more cheaper cost than produced separately.
Economies of Scope done at which three facilities in healthcare:
- Teaching Hospitals
- Medical Schools (Medical education, patient care, and research)
- Joint Production
Calculation of Economies of Scope Using Following Situation:
Suppose that a hospital could produce 2 commodities, either Q1, Q2, or both…
- Total cost of Q1 with no Q2 are TC (Q1,0) (Separate Cost)
- Total cost of Q2 with no Q1 are TC (0,Q2) (Separate Cost)
- Total Costs of Both are TC (Q1, Q2) (Cost of Producing Them Together)
We Have Economies of Scope When…
TC (Q1, Q2) < TC (Q1, 0) + TC (0, Q2)