The Pⁿ Blog is a forum for opinions, questions, controversies, and instructive discussions across the field of pathology and its relevant subspecialties.
Tuesday, July 15, 2014
If you've followed this blog for a while, or if you scan the backlog of my posts, you'll find that in the past I have discussed the issue of telepathology across state lines and the varying ways states have interpreted interstate medical consultations. A review of the complex state interpretations can be found in an on-line review article in the March 2014 issue of the American Journal of Surgical Pathology
Virtually all states interpret the practice of medicine as occurring where the patient is located, rather than where the physician (pathologist) is located. It is clear, therefore, that primary pathologic diagnosis requires a license in the state where the material and patient reside. As discussed previously, though, whether one needs a medical license to render a physician requested consultation on a patient's material obtained in another state is highly variable and often poorly defined in the state's medical rules.
On big step in the right direction would be the possibility of multistate licensure. The Federation of State Medical Boards (FSMB) has begun an initiative in that direction and it appears to be gaining tremendous support at both the state and federal levels. A recent article on MedPage
discusses this initiative.
The details of such a multistate compact for licensure are not yet clear and are still in a state of flux. In the current draft, it would be required that the applicant be board certified, not traditionally a state requirement, and be free from active disciplinary action. Licensure in a primary state would be required first, followed by application for the interstate licensure. The state of principal licensure would evaluate the physician's credentials for participation in the multistate compact and, once approved, other states would license the physician across the compact without further review.
One unanswered question, likely to remain so until this intiative becomes final, is the fees involved. Anyone who maintains multiple state licenses (I have three), knows that these can be recurring non-trivial expenses. Would this interstate license have a single fee, or would it only serve as a credentially vehicle with the physician still required to pay state licensing fees for every state in which he/she wished to practice? I suspect the latter.
Regardess, given the non-bounded, interconnected world in which we live, this is an idea that is long overdue to be enacted. If this passes it will clearly be a step in the right direction, improving medical care overall, especially in sparsely populated and underserved areas where direct patient care and expert consultations, clinical or pathologic, may be hard to obtain.
Thursday, June 26, 2014
One of my colleagues sent me an excellent article by Dr. Ben Brown examining the real adjusted income of physicians, taking into account accumulated debt and interest, earning time lost during 20+ years of educational training, long work hours, lack of overtime pay, etc.
for article link.
Dr. Brown begins his article:
"Physicians spend about 40,000 hours training and over $300,000 on their education, yet the amount of money they earn per hour is only a few dollars more than a high school teacher. Physicians spend over a decade of potential earning, saving and investing time training and taking on more debt, debt that isn’t tax deductible. When they finish training and finally have an income, they are taxed heavily and must repay their debt with what remains. The cost of tuition, the length of training and the U.S. tax code places physicians into a deceptive financial situation."
The author leads the reader through a calculation of adjusted net hourly wages for an internist working almost 60 hours a week, starting after training at age 29 and retiring at age 65 with a gross income of about $205,000/year and paying off over $600,000 in debt and interest over 20 years. It works out to $34.46/hr over their career.
Similar calculations applied to a high school teacher assuming debt for a bachelors degree, 10 weeks off for summer and 2 weeks off for Christmas yields a figure of.....wait for it....... $30.47/hr!
While most would agree that teachers are greatly underpaid an even larger percentage of the general population would argue, I suspect, that physicians are grossly overpaid. Against this background, the author also discusses the effect of ever present Medicare fee reductions.
By the way, when similar calculations are applied to dentists, the adjusted gross pay is $61.91/hr! ( I KNEW I picked the wrong medical profession!). For nurses it comes out to $24.43/hr. Should nurses really be paid less than teachers? Food for thought.
Finally the article ends with an interesting table listing the USMLE scores, %AOA, and number of publications of residents according to subspecialty. Pathology is in the middle of the pack. The brightest seem to be attracted to plastic surgery, dermatology, and otolaryngology. Interesting! Keep this article in mind the next time one of your neighbors makes a snide comment about your income! :-)
Tuesday, May 20, 2014
You have cutaneous basal cell carcinoma. You have pancreatic adenocarcinoma. Both contain the word "carcinoma," ie. CANCER, yet the clinical difference is as great as the distinction between a lightning bug and lightning. (Apologies to Mark Twain for twisting his original quote, "The difference between the right word and the almost right word is the difference between lightning and a lightning bug.") Pathologists understand the distinction, as do most clinicians, but patients not so much. Sadly, given the shortened exposure many current medical students have to pathology, I fear that their level of sophistication in this regard is likely to approach that of the general public over time.
We have discussed this topic before, but like a bad relative looking for a handout, it keeps coming back! A recent personal view article in Lancet Oncology [www.thelancet.com/oncology
Volume 15, e234-e242, May 2014.] discusses a National Cancer Institute (NCI) expert committee's recommendations in this regard. In brief, the panel recommended that the word "cancer/carcinoma" be eliminated from indolent, slow growing lesions with little or no impact on mortality. Instead the group recommended that such lesions be labelled as "IDLE," indolent lesion of epithelial origin. Setting aside my extreme dislike for the confusion of "origin" with "differentiation," the authors' hearts are in the right place. However, it strikes me that this is essentially a diagnostic "dumbing down" to deal with the lack of understanding of both patients and, increasingly, clinicians. In some cases, many examples of carcinoma in situ for example, it may well be appropriate to eliminate the word "carcinoma" as has been done in gynecologic pathology and other areas as well.
It is also clear that increased use of screening is going to preferentially detect more and more indolent cancers, since more aggressive tumors pass through this phase and become symptomatic much more rapidly. Imagine, for example, the futility of trying to screen the general population for acute leukemia. The related issue is whether screening and early detection leads to significant improvement in patient survival when balanced against the significant cost and morbidity of overtreatment.
Overall, though, this is a thought provoking paper that provides brief and well-written reviews of the prime offenders in the world of overdiagnosis and overtreatment. Included in this list are: thyroid carcinoma, prostatic carcinoma, Barrett's esophagus, ductal carcinoma in situ, atypical nevi, and several others.
There is also a very cogent discussion, with a flow chart, addressing the factors from both the patient's and clinician's perspectives that tend to reinforce the use of overly aggressive therapy.
Monday, April 28, 2014
In case you missed it, on April 24th the FDA approved the cobas human papillomavirus test
, manufactured by Roche Molecular Systems, as a primary screen for cervical carcinoma. The cobas HPV test detects DNA from 14 high-risk HPV types. The test specifically identifies HPV 16 and HPV 18, while concurrently detecting 12 other high-risk HPVs. Women who are negative with the cobas test to not require a Pap smear. Women who test positive for HPV 16 or HPV 18 should have a colposcopy. Women testing positive for one or more of the 12 other high-risk HPV types should have a Pap test to determine the need for a colposcopy. Health care professionals are advised to use the cobas HPV Test results together with other information, such as the patient screening history and risk factors, and current professional guidelines.
Data supporting the use of the cobas HPV Test as a primary screening test for cervical cancer included a study of more than 40,000 women 25 years and older undergoing routine cervical exams. Women who had a positive Pap test or whose cervical cells screened positive for HPV, as well as a subset of women whose Pap and HPV tests were both negative, underwent a colposcopy and cervical tissue biopsy. All biopsy results were compared to the Pap and cobas HPV Test results. Data from this study, which included three years of follow-up on women who went to colposcopy, showed that the cobas HPV Test is safe and effective for the new indication for use.
Although this may not be the death knell for the Pap test as a primary screen for low-risk patient populations, it is certainly a large step in that direction.
Friday, April 18, 2014
While cruising through the Medscape Pathology and Lab Medicine web site (you need to register, but it's free). I came across some recent clinical studies on HPV in ENT carcinomas. The most recent one
, is a large series (n=1606) of patients from Denmark treated with radiation therapy for advanced stage squamous cell carcinoma of the head and neck. HPV/p16 status was assessed. For patients with oropharyngeal carcinomas, HPV status, as shown by others, was a significant prognostic factor. HPV/p16+ tumors had significantly better locoregional control and 5-year disease-free survivals when compared to HPV/p16- patients. However, for other anatomic sites in the ENT region, such as the larynx, the HPV/p16 status did not affect prognosis.
This is an interesting and unexpected finding that needs verification in other studies. Of course, outside of the oropharynx, only a small minority of ENT squamous cell carcinomas is related to HPV, in contrast to the high percentage of HPV+ oropharyngeal cases. We also know that HPV status does not appear to affect the prognosis of HPV-associated non-squamous carcinomas in this region, including neuroendocrine carcinomas and adenocarcinomas. However, the numbers of such cases are quite small and further study is clearly needed.
The second and slightly older article in Medscape
is a summary of a Lancet article
from July 2013 examining the epidemiology of oral HPV infections in men. The study followed 1626 men between the ages of 18 & 73 years. The cohort was from Brazil, Mexico, and the United States. Median follow-up was slightly over one year. During this time, 4.4% of the cohort developed an incidental oral HPV infection. 1.7% of these were with high-risk (oncogenic) HPV subtypes, mainly HPV-16 (0.6%). Most of the infections appeared to be cleared in one year. The method of detection was by oral rinse and gargle, which may have significantly underestimated infection rates. There was a significant association between martial status and the risk of acquiring any oncogenic HPV infection. Men who were married or cohabiting were at significantly lower risk than men who were single, divorced, separated, or widowed. ""Marital status seems to be more predictive of oral HPV acquisition than does lifetime number of sexual partners," the authors report. However, these findings are in contrast with those from some previous studies, which found an association with the number of lifetime and recent partners, they note. Smoking also appeared to increase the risk of infection.
It is clear that the rate of HPV-related oropharyngeal carcinoma has increased dramatically in the last decade. In fact, invasive HPV-related oropharyngeal carcinomas currently outnumber invasive uterine cervical carcinomas. Epidemiologists continue to be perplexed by this dramatic rise. Although there is some correlation, as shown above, with number of sexual partners, studies regarding specific sexual habits (oral sex rates) have shown inconsistent results. In short, there is no evidence that there has been any dramatic change in sexual practices in the last few decades (hardly surprising!) to account for this dramatic increase in HPV-related oropharyngeal carcinomas.