Hardcover: 272 pages
Publisher: Yale University Press; First Printing edition (September 25, 2012)
Language: English
ISBN-10: 0300179286
ISBN-13: 978-0300179286
Product Dimensions: 8.5 x 5.8 x 1.1 inches
Shipping Weight: 15.2 ounces
Average Customer Review: 3.4 out of 5 stars See all reviews (22 customer reviews)
Best Sellers Rank: #529,622 in Books (See Top 100 in Books) #30 in Books > Business & Money > Economics > Inflation #265 in Books > Education & Teaching > Schools & Teaching > Funding #361 in Books > Business & Money > Industries > Service
The basic premise of the book seemed so intriguing. In a nutshell, US healthcare spending is virtually uncontrollable and will go through the roof; but, we will very easily be able to afford those costs.Baumol projects healthcare spending to rise from 15% of US GDP in 2005 to 62% in 2105. But, not to worry because overall we will be over 8 times wealthier as our GDP per capita will rise from $41,800 to $343,000. Given that, it will be so easy to spend nearly 2/3 of every dollar on healthcare.However, Baumol's extrapolations 100 years down the road are meaningless if not completely wrong. To understand how he derived his 2105 projections you have to read carefully note 13 on page 187.For healthcare spending as a % of GDP, Baumol observed that they grew by 1.41% per year over the 1995-2005 decade. So, here is how he got the healthcare spending of 62% of GDP: 15%(1 + 1.41%)^100 = 60.8% (I got a different figure because of decimal figures). This same logic suggests that by 2140 or just 35 years later, healthcare will account for 100% of GDP. This does not make any sense. The 62% by 2105 does not make any more sense than the 100% by 2140. Taxes, housing, other consumptions of goods and services, business investments, Government spending can't so readily be squeezed into our remaining 38 cents on the dollar (1 - 62% allocated to healthcare).When it comes to real GDP per capita, Baumol took the 2005 level of $41,800 and used the 2.13% average annual growth rate in this measure over the 1950 to 2001 period. His calculation: $41,800(1 + 2.13%)^100 = $343,000. Now do you believe that in 2105 we could possibly be over 8 times wealthier than we are currently?
Nearly 50 years ago, William Baumol and William Bowen proposed an economic theory--the "cost disease"--to account for the fact that prices in service industries consistently rise so rapidly relatively to the prices of manufactured goods. The cost disease theory rests on the observation that in some industries, especially those that produce goods, ",technology has resulted in dramatic increases in productivity, which equate to decreases in the cost per unit of products. Baumol calls these industries the "progressive sector." When the cost to produce a product decreases, then the wages for the workers who produce that product can increase, without any increase in the price of the product. But when that happens, wages also tend to increase in those industries that have not seen productivity increases, the so-called "stagnant sector". Wages must increase there because if they didn't, then those industries would be unable to compete for workers. Since the increased wages in the stagnant sector are not offset by reduced costs of production, prices in that sector grow more quickly than those in the progressive sector.Within the stagnant sector are "high touch" service industries, including health care, education, legal services, and the arts. As Baumol and Bowen noted a half century ago, it still takes five musicians the same amount of time to play a string quintet as it did in the 18th century: technology has not changed that. (In fact, as Baumol notes in the current book, technology has led to some productivity increases even for musicians; for example, by reducing the amount of time it takes them to travel to their concert sites. But any productivity gains in the stagnant sector are very small compared to those in the progressive sector.
Building on his research from 1960s on performing arts, Baumol makes an 'assertion' that cost for personal services like healthcare are "condemned" to significantly outperform overall inflation because the quantity of labor to produce the services cannot be reduced easily. This premise may have worked (and perhaps still valid) for their early work in performing arts, but translating it to healthcare and education seems too simplified. Comparisons to manufacturing processes is also oftentimes misleading. Such simplifications significantly understate the vast research around modularity, product design, mass customization, and related topics that led to automation in manufacturing and enabled process improvement techniques such as lean sigma. To assume process improvement methods were the main reason for reduced labor involvement in manufacturing is indicative of incomplete analysis. Furthermore, the impact of extraneous factors - malpractice insurance, people's expectation of healthcare delivery and changing patterns of healthcare consumption - have all contributed significantly to cost inflation in healthcare. In fact, earlier on, the authors claim that these factors are minor compared to the nature of labor intensive processes.Most of the arguments tend to be US-centric, and very early on in the book, the authors do acknowledge that policy may be attributable to the significant increases in US healthcare than other countries (not withstanding an attempt at re-framing the discussion to "rate of increase" - and arguing Japan has a higher rate than US - ignoring the population shifts to elderly may have contributed to that anomaly in Japan).
The Cost Disease: Why Computers Get Cheaper and Health Care Doesn't The Healing of America: A Global Quest for Better, Cheaper, and Fairer Health Care Essential Kidney Disease Cookbook: 130 Delicious, Kidney-Friendly Meals To Manage Your Kidney Disease (CKD) (The Kidney Diet & Kidney Disease Cookbook Series) Modern Nutrition in Health and Disease (Modern Nutrition in Health & Disease (Shils)) Health Promotion and Disease Prevention in Clinical Practice (Health Promotion & Disease Prevention in Clin Practice) Great Big World of Computers - History and Evolution : 5th Grade Science Series: Fifth Grade Book History Of Computers for Kids (Children's Computer Hardware Books) Exponential Organizations: Why new organizations are ten times better, faster, and cheaper than yours (and what to do about it) Cats: Cat Care- Kitten Care- How To Take Care Of And Train Your Cat Or Kitten (Cat Care, Kitten Care, Cat Training, Cats and Kittens) Dogs: Dog Care- Puppy Care- How To Take Care Of And Train Your Dog Or Puppy (Dog Care, Puppy Care, Dog Training, Puppy Training) Applied Methods of Cost-benefit Analysis in Health Care (Handbooks in Health Economic Evaluation) RSMeans Concrete and Masonry Cost Data 2016 (Rsmeans Concrete/Masonry Cost Data) Cost Management and Control in Government: A Proven, Practical Leadership Driven Management Approach to Fighting the Cost War in Government (Managerial Accounting Collection) Rsmeans Assemblies Cost Data: Assemblies Cost Data RSMeans Building Construction Cost Data 2012 (Means Building Construction Cost Data) RSMeans Heavy Construction Cost Data 2012(Means Heavy Construction Cost Data) Bengal Cats and Kittens: Complete Owner's Guide to Bengal Cat and Kitten Care: Personality, temperament, breeding, training, health, diet, life expectancy, buying, cost, and more facts Why Can't I Get Better?: Solving the Mystery of Lyme and Chronic Disease Savannah Cats and Kittens: Complete Owner's Guide to Savannah Cat & Kitten Care: Personality, temperament, breeding, training, health, diet, life expectancy, buying, cost, and more facts Exponential Organizations: New Organizations Are Ten Tmes Better, Faster, and Cheaper Than Yours (and What to Do About It) Catastrophic Care: Why Everything We Think We Know about Health Care Is Wrong