Yearly Archives: 2012

“Prescribing Inertia” and “Medication Reconciliation.” Familiar Terms?

The “Interesting Article of the Week” is:

Knowing how to stop: ceasing prescribing when the medicine is no longer required.

J Manag Care Pharm. 2012 Jan-Feb;18(1):68-72.  Ostini RHegney DJackson CTett SE.

Pubmed citation found here. Free full text!

Happy medicationThis is a great paper about “prescribing inertia,” which is the tendency for medications, once prescribed, to be continued indefinitely even when this is not good medical practice.  The easiest example that comes to mind is PPIs, like omeprazole.  Once a patient gets started on a PPI, it tends to be continued forever.  Other examples, however, are NSAIDS, anti-depressants and chronic benzodiazepines.  If the clinical indication for a medication has passed, the patient cannot get any benefit from the drug but still is susceptible to all of the medication’s side effects.

Let me give two examples that I am personally acquainted with.  A friend of mine began to take high dose Naproxen due to a minor athletic injury.  When the injury healed, he continued to take Naproxen every night before bed even though he did not hurt any more simply because it was his habit and because (as he put it) “Maybe I’ll wake up with pain during the night.”  Unfortunately, what he woke up with one morning was projectile vomiting of bright red blood from his NSAID-induced ulcer.

Another friend was started on blood pressure medications when he was overweight and out of shape.   Year or so later, he became quite fit and lost a substantial amount of weight.   However, nobody thought to see if he still needed antihypertensive drugs—despite the fact that every single blood pressure he had over the next four years was normal, and I mean like 108/66 normal.  Hypertension, of course, like Type 2 diabetes, is part of the “metabolic syndrome,” and often will improve or even go away entirely if patients lose weight.  This particular guy competes in Triathlons, for heaven’s sake!  So, his doctor finally stopped his blood pressure meds and–who’d a thunk it?—his blood pressures remained normal.

I see this frequently in my jails.  Patients come to jail taking medications that they clearly don’t need (in my opinion).  Doxycycline for invisible acne.  Metformin for patients without Type 2 diabetes (or even insulin resistance).  Two different  SSRIs in the same patient.

According to this weeks interesting article, the main obstacle to stopping unnecessary medications is the patient’s perception that taking these medications is the standard of care and that stopping them is substandard care.  “My doctor thinks I need this,” they will say.

I agree.  In order to effectively stop unnecessary medications, you need to have patient buy-in.  In my experience, the easiest way in correctional medicine to get patient buy-in is to call the patient’s outside physician, explain what medication changes you want to make, and ask if that is OK.  Almost always, the outside physician will agree.  Then you can approach the patient by saying, “I’ve been talking to your doctor and we both think we should make some changes in your medications.  Here are the changes and here is why we are doing it (with the emphasis on we).”  (see The Right Way to Deal with Outside Physicians).

There actually is a term for this process.  It is called “Medication Reconciliation” and is a term invented by JCAHO, which accredits hospitals.  JCAHO requires all hospitals to do a “Medication Reconciliation” for each and every patient being discharged from that hospital.  Even ER patients!

The process of Medication Reconciliation in hospitals involves going over each patient’s personal medication list, plus any new medications prescribed at the hospital, looking for unnecessary medications, unnecessary polypharmacy, drug interactions, etc.  Often in the hospital, this is done with the aid of a clinical pharmacist.

I think “Medication Reconciliation” is a great term and a great idea that we should adopt in Correctional Medicine.  But instead of doing our “Medication Reconciliation” when patients are discharged from our facilities, we should do it when patients come into the facility.  Input from a clinical pharmacist, especially for complicated cases or long drug lists, would be especially helpful.

Do you have any good stories about “Medication Reconciliation” at your facility?  Please comment!

Abscess Incision and Drainage, a Photographic Tutorial

Skin abscesses are quite common in correctional facilities, especially in the MRSA era, and so all correctional practitioners need to be comfortable with the procedure of abscess incision and drainage, also known as “lancing” the abscess.  Also “Let’s cut that sucker open.”  However, I’m going to be professional and call this procedure “I&D” for “Incision and Drainage.”

When I was just starting out in emergency medicine, I&D seemed to be quite a daunting task.  I was afraid of making a mistake and hurting someone or making them worse.  However, in actual fact, I&D is quite easy.  You can potentially hurt people more by not doing an I&D than by doing one.

But, like all medical procedures, it is possible to do the procedure poorly and inefficiently or to make outright mistakes.  The subject of today’s post is how to do a simple I&D of a skin abscess.  The opportunity to take pictures of the procedure arose when a fireman friend of mine walked in to my office and asked me to look at a lump on his back that had been there for a few days.  It was quite sore.  Here is a picture of the lump:

This appears to me to be a MRSA abscess.  Statistically, MRSA causes approximately 75% of all community acquired skin abscesses.  But beyond the statistical likelihood, this looks like a MRSA abscess.  It has lots of pus for its size along with a central area where the lesion is “pointing.”  This appearance is commonly mistaken for a “spider bite” by the lay public.

Why did my friend get a MRSA lesion on his back?  I don’t know.  Why does one member of a family get strep throat but not the others?  It just happens.  Usually, the only way to pinpoint the source is when multiple patients with a common background get MRSA, like members of a wrestling team or inmates housed in the same dorm.  A single, isolated case like this just happens—and not infrequently.

The treatment for MRSA abscess is Incision and Drainage, so I am going to cut this sucker open to let it drain—oops!  I mean I am going to perform an I&D procedure and document the process with pictures and discuss each step.  The process of I&D consists of these steps:

  1.  Skin cleaning.  I did this using alcohol wipes.  It is important to remember that this is not a sterile procedure—even if you do a surgically prep and drape the skin and use sterile gloves, they will not remain sterile once everything is covered by pus from the abscess!  Instead, this is a clean procedure.  You want everything to be clean, but you do not have to perform a formal surgical prep.
  2. Anesthesia.  I prefer to use 0.25% bupivicaine (Marcaine) with epinephrine.  Why Marcaine instead of lidocaine?  Well, they are comparable in price and Marcaine has the advantage of lasting 3-4 times longer, so the area stays numb for 12-16 hours instead of 4 hours.  Why use epinephrine?  The main reason to use epinephrine is that it constricts skin blood vessels so there is much less bleeding.  This makes the procedure that much easier to perform.  Epi also makes the anesthesia last longer—another bonus for the patient!
  3. Make the incision.  I prefer to use a #15 blade scalpel rather than the traditional #11 blade—but either will work.  The most common mistake made when incising an abscess is not to make the incision big enough.  The incision needs to be long enough and deep enough to allow access to the abscess cavity later, when you explore the abscess cavity.  Note that my incision stretches the whole diameter of the abscess—all the way from the top edge of redness to the bottom edge of redness.  Notice also that I have chosen in this case to make the incision run across the lines of tension of the skin by incising from top to bottom.  Typically, you would make an incision run the same direction as the skin creases if you want to minimize the scar.  I don’t care too much about a scar in this case, since the lesion is on the patient’s back.  I am more concerned with adequate drainage of the wound.  By making the incision perpendicular to the creases, the skin will naturally gape open after the procedure and allow pus to drain.  Not allowing the skin edges to touch and potentially re-seal is also the reason for placing packing in the wound, which we will discuss later.
  4. Squeeze out the pus.  This abscess had quite a bit of pus.  By the way, you do not have to routinely send this pus for culture in the majority of young healthy patients, especially if you are not going to prescribe an antibiotic (discussed later).  Culture is a good idea in complicated cases, such as immunocompromised patients, or large complicated abscesses.
  5. Explore the abscess cavity.  There are several reasons to do this.  The first is to see how deep the abscess goes.  Some abscesses are like icebergs—what you see at the surface is only a small portion of the whole abscess.  Some can run amazingly deep.  You should find the full extent of the abscess cavity.  Second, many abscesses have multiple chambers and your incision may have only drained one.  By exploring the cavity, you will break any remaining abscess walls and make sure the entire abscess has drained.  Finally, many abscesses have thick, adherent pus stuck to the walls that does not drain easily.  By rubbing the inner walls of the abscess, you will loosen that thick pus and get it out.  How to explore the abscess cavity depends on the abscess size. I have found that the best instrument for exploring bigger abscess is my gloved finger, as I have done here (as long as you are sure there are no foreign bodies in the abscess).  I have seen surgeons get their whole hand inside really big abscesses (of course abscesses that big probably should be sent to a surgeon).  On the other hand, you may not be able to get your finger into a small abscess.  A curved mosquito forceps with some gauze at the tip works well in those cases.
  6. Irrigate the interior of the abscess with saline.  This is done to make sure that we have all of the pus out.  When the saline draining out of the abscess is clear, the abscess cavity is clean.
  7. Insert a packAbscess packing is perhaps the single most misunderstood aspect of abscess I&D.  The purpose of the packing is to prevent the skin edges from re-sealing.  It is a mistake to think that the packing aids healing.  It does not.  There needs to be enough packing in the interior of the abscess cavity to prevent the wick from falling out, but there is no benefit to stuffing a ton of packing into the abscess.  In fact, that is detrimental, because the packing is a foreign body and because if the packing is packed so tightly so as to exert pressure, it can cause tissue necrosis.  In fact, not every abscess needs to be packed.  If the opening is gaping so widely that there is little chance of the edges re-sealing together, there may be no need for packing.  This point is so important that I will say it again:  abscess packing material is a foreign body.  It can delay healing and resolution of the abscess.  Its only function is to prevent the skin edges from re-sealing. The packing I place today will be removed tomorrow.  I don’t want it in there very long.  It is a foreign body.
  8. Place a dressing.  The first 24 hours after an I&D, the abscess will continue to weep, so it is nice to have an occlusive dressing to prevent he wound from weeping all over clothes and bedding and the inmate’s roommate.
  9. The next day, remove the packing.  Since the packing is a foreign body, it should be removed as quickly as possible.  Notice that this abscess seems reasonably dry after one day.  If the wound were still draining pus, that might mean that I had not fully cleaned out the abscess interior, and I might need to re-explore the abscess to see what I missed.
  10. Leave the abscess openPatients at this stage can shower and I encourage them to let the water wash out the interior of the cavity.  Over the next week or two, the abscess will heal in from the bottom out.
  11. Antibiotics? There is a large body of literature that says antibiotics should not be routinely prescribed for MRSA abscesses as long as they can be fully drained and as long as the patient is otherwise healthy and there is no accompanying cellulitis.  This patient is healthy and I see no cellulitis surrounding the abscess, so I am not going to use antibiotics.

This entire procedure took literally about 10 minutes to do.  It turned out well.

ADDENDUM (12/12/12)  This is a picture of the site one week post procedure.  It appears to be healing well.  The skin rash reaction to the dressing tape looks worse than the wound!IMG_0189

Mandatory disclaimer:  The technique I used here is a result of my Emergency Medicine training, my experience and my preferences.  Other practitioners may use other techniques that are just as effective.  Some may even disagree with what I have said here!  You should develop your own technique based on your training, experience and preferences!  A very good official source for the technique of abscess I&D is Roberts: Clinical Procedures in Emergency Medicine, 5th ed.  Chapter 37, Incision and Drainage.  Also, I am talking here about simple abscesses.  Abscesses in complicated areas such as the hands, neck or anus or abscesses of the face where the inevitable procedural scar will be visible may be best sent to a specialist to drain.

Do you have a different technique that you use to I&D abscesses?  Please comment!

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Interesting Article of the Week Plus Price Check!

An acquaintance complained to me recently that he was struggling to afford his medications, which cost him a couple of hundred dollars a month.  I looked at his medication list and saw (among other examples) that he had been prescribed the statin Crestor, which costs $5.00 a pill, even though generic simvastatin costs just 3 cents a pill!  He was prescribed the Angiotensin Receptor Blocker (ARB) Benicar ($4.26 a pill) even though the generic ARB losartan costs 7 cents a pill.

When I called the prescribing doctor on behalf of this patient, the doctor readily changed his prescriptions to the more affordable brands.  But why would he prescribe expensive stuff his patient couldn’t afford in the first place?  That is the subject of our interesting article of the week.

Ann Pharmacother. 2012 Feb;46(2):200-7. Epub 2012 Feb 7.

Assessment of prescribers’ knowledge of the cost of medications.

Cogdill BNappi JM.

(Click here to go to the PubMed citation)

This study assessed physician and medical students’ knowledge of drug prices. The prescribers in the study did amazingly poorly on a test of their knowledge of drug prices.  That didn’t surprise me.  What did surprise me, however, that the prescribers seemed not to care that they did not know drug prices! They didn’t seem to think it was important.  These prescribers also routinely prescribed medications without knowing or checking whether their patients had insurance that would cover the drug.

This attitude may be common (common?  Almost universal!) in the outside world of medicine, but it has no place in Correctional Medicine.  We prescribers who work in correctional facilities need to have an idea of what drugs cost.

  1. Most of our patients will eventually get out of our jails and prisons.  Most of them will not have medical insurance.  We need to prescribe medications that they will be able to afford.
  2. Besides being medical practitioners, we also are stewards of the money the county or state spends on medical care within our facility.  Every dollar that we spend needlessly is a dollar that cannot be used for something else.
  3. Besides looking for effective medications, we also need to look for medications with high value.  Value is a concept that seems to have been forgotten in modern medicine, as practiced in the United States at least.

What is the Value of a Drug?

The “Value” of a drug can be defined as the benefit of that drug divided by its cost.  If medication A and medication B both achieve the same result, but medication A is 20 times more expensive than medication B, then medication B has 20 times more value.

Sometimes, new and expensive drugs are touted by drug reps as having, say, “17% improved relative benefit” over the old, generic drug.  Almost always, these claims are unfounded or the difference is clinically meaningless.  But even if it is true, the generic drug  will still usually have more Value.  Nexium versus omeprazole is a good example.  AstraZenica, the maker of Nexium, claims that Nexium provides slightly better stomach acid control than does omeprazole.  Most experts do not believe this, but even if it is true, omeprazole costs 10 cents a pill, whereas Nexium costs $6.15 a pill.  Is Nexium 61 times more effective than omeprazole?  The answer is, of course, no.  Instead, omeprazole is 60 times more Valuable than is Nexium.

So why is Nexium one of the best selling drugs in the world?  The Interesting Article of the Week has the answer:  Because U.S. doctors don’t know how much Nexium costs and they don’t care.  Sad.

Let’s make sure that we Correctional Medical Specialists know the basic price of the drugs we use.  To do this, we need a source.  Your pharmacy is one source.  Have your pharmacy do a price comparison for you on a different category of drug every month.  You can also find the acquisition cost of most medications online.  Here is the one I use:  The Idaho Average Acquisition Cost Drug List.  It is published by Idaho Medicaid and is updated every two weeks.  You can find it here.

Price Comparisons

Here is the Average Acquisition Cost Drug List price for the medication classes I discussed in today’s post:

Angiotensin Receptor Blockers

Generic Drugs Brand Name Drugs Price per Pill
Losartan (Cozaar)50mg $0.07
Irbesartan (Avapro)150mg $1.83
Atacand (candesartan) 4mg $2.79
Benicar (olmesartan) 40mg $4.26
Diovan (valsartan) 40mg $2.67
Micardis (telmisartan) 40mg $4.02

Comment:  If you have to use an ARB rather than an ACE inhibitor, why would you use anything other than losartan (at least until the price of irbesartan falls to comparable levels?)

Statins

Generic Drugs Brand Name Drugs Price per Pill
Atorvastatin (Lipitor) 20mg $0.22
Simvastatin (Zocor) 20mg $0.03
Pravastatin (Pravachol) 20mg $0.07
Crestor (rosuvastatin)20mg $4.99
Livalo (pitavastatin) $4.14

Comment:  Note that atorvastatin is rapidly falling in price and will soon be comparable to simvastatin and pravastatin.  Lipitor was once the top selling drug in the world!

Proton Pump Inhibitors

Generic Drugs Brand Name Drugs Price per Pill
Omeprazole (Prilosec) 20mg $0.10
Lansoprazole (Prevacid) 15mg $1.27
Pantoprazole (Protonix) 20mg $0.09
Nexium (esomeprazole) 20mg $6.15
Dexilant (dexlansoprazole) 30mg $4.67
Aciphex (rabeprazole) 20mg $8.61

Comment:  Note that pantoprazole (Protonix) is now even a little less expensive than is omeprazole!  And remember that omeprazole also has an OTC formulation, so you can put it on your commissary, so inmates won’t have to come to you to get it.

Do you track drug prices at your facility?  How do you do it?  Please Comment!

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Reader Question: Diabetic Malingering Part 3

Janet, great correctional nurse, Ada county Jail, Boise

Dr. Kay Haw submitted the following question:

“I would like to know your thoughts on the ability to forcibly provide insulin coverage on a diabetic inmate whose sugars are out of control and is refusing blood sugar checks and insulin administration.”

This is a great question that I should have answered as part of the Diabetic Malingering series found here and here.  The question here is whether an inmate has a right to refuse medical care, even if doing so could result in harm.  In general, inmates retain the right to refuse medical care, as long as they are competent to do so and as long as the refusal is informed (more on that later). However, this right of refusal is not inalienable and  depends on clinical circumstances, such as how much harm the patient faces by the refusal, the reason the patient has for refusing and the patient’s competence.

In the case of refusing insulin, the risk the patient faces depends on whether the patient is a Type 1 diabetic or a type 2 diabetic. A Type 1 diabetic will eventually die without insulin and may lapse into a diabetic keto-acidosis coma in as soon as 3-4 days.  Type 2 diabetics, on the other hand, will not die without insulin.  They still make their own insulin.  They are insulin resistant but not insulin dependent.  Some are prescribed insulin to keep their blood sugars down, but they do not need insulin to survive.

Refusal of Insulin by a Type 2 Diabetic

So let’s first take the simpler case of a Type 2 diabetic who refuses to take insulin.  Since he does not need insulin to survive, and since insulin is not the only treatment option available, the refusal of insulin is analogous to the same patient refusing a diabetic diet.  It may not be in his best interest to refuse insulin (or a diabetic diet) but the patient has the right to refuse these treatments as long as the refusal is an informed refusal.  An informed refusal entails that someone, usually the jail practitioner, informs this patient of the potential harm that might ensue as a result of refusing medical care.  I would talk about the risk of heart attacks, strokes, kidney failure, blindness, foot amputations and every other complication of diabetes I can think of.  Besides warning him of the possible consequences of his refusal, I might just scare him enough to reconsider.  The threat of impotence seems to work particularly well in the scaring department!

After this, assuming that the patient continues to refuse care, I inform him that he can change his mind at any time and document the conversation thoroughly in the medical record.  There are times when you can be brief in your medical documentation but this is not one of them.  You need to document the risks you discussed with the patient, the fact that he refused and that you told him he could change his mind.  That’s the easy case.

Refusal of Insulin by a Type 1 Diabetic

The refusal of insulin by a Type 1 diabetic is a totally different case since type 1 diabetics are dependent on insulin to survive.  Without insulin, they can lapse into a diabetic coma in as little as 3-4 days.  The threat is real and immediate. The first question to ask a Type 1 diabetic who is refusing insulin is whether he understands this and whether he is intending to commit suicide.  In fact, for Type 1 diabetics, the conversation on adverse consequences can be much shorter than for Type 2 diabetics.  All you really have to say is “Without insulin, you will die.  Maybe within days.  Do you understand this?”

If the patient continues to refuse insulin despite this warning, my personal opinion is that, in most cases, this jail inmate should be forcibly restrained and given insulin despite his refusal.

“Wait!” you might be saying.”What about the inmate’s right to an informed refusal of medical care?” Well, there are several  issues here that bear on my decision to override this particular inmate’s right to refuse care.

1. What is the inmate’s motivation for refusing this life-saving medical intervention? There is a difference between a patient who is refusing life-or-death medical care for religious reasons (Like Jehovah’s Witness refusing blood products) versus refusing due to a trivial protest of jail policies or wanting to commit suicide.   I do have not have much respect for a patient who is refusing insulin as a method of manipulation.  And inmates do not have an innate right to manipulate.

2.  Inmates do not have a right to commit suicide.  Just as an inmate does not have the right to kill themselves by refusing oxygen (by wrapping a sheet around their neck), they also don’t have the right to kill themselves by refusing insulin.

3.  The threat to a Type 1 diabetic’s health of refusing insulin is immediate.  Without insulin, they may lapse into a coma within days.  There often is not enough time to adjudicate the question in court.  If, instead of wanting to commit suicide by refusing insulin, an inmate wanted to commit suicide by refusing food and starving to death, there would be plenty of time to get a judges opinion.  Death by starvation takes weeks.  Death by diabetic coma takes days.  I need to act now.

4. The solution to this dilemma is relatively quick and easy.  In order to keep a Type 1 diabetic alive, all we really need to give them is long acting basal insulin, either Levemir or Lantus, once a day.  And patients need only be restrained for literally seconds, just long enough to get a blood sugar and give insulin.  Patients won’t be well controlled with just Lantus, but it will keep them alive long enough to go to court, if necessary. More typically in my experience, after the first forced shot, patients usually change their mind and again accept diabetic care.

5. Finally, incarcerated inmates, to some degree, have lost absolute autonomy to make their own decisions.  Just like an inmate cannot choose what to eat or to wear, they do not have an inalienable right to refuse medical care when in jail.  Jails, prisons and juvenile facilities have some degree of guardianship over incarcerated inmates and also have not only the right, but the responsibility to protect the well being of the inmate as well as the safety and security of the institution.

“I’ll take insulin, but I refuse to allow you to take blood sugars.”

What about the patient who accepts insulin, but refuses to allow blood sugar checks?  Again, in my mind, this boils down to the risk the patient faces by this refusal.  Since a shot of insulin can potentially kill a person whose blood sugar is low, knowledge of the blood sugar is mandatory to be able to give insulin safely.  I would not allow a patient to accept insulin but refuse blood sugar checks.  They must go together.

What I have written here is my own opinion.  I freely admit that smart people might just disagree with me!  In fact, I might be wrong!  You should discuss this potential situation with your facitily’s legal counsel and administration so you know in advance what you are going to do when the time comes.  And it will happen!  This is not that uncommon of a situation.

What would you do in the case of a Type 1 diabetic who is refusing insulin?  Please comment!

Special Thanks to David Tatarsky, General Counsel to the South Carolina Department of Corrections, for teaching me how to look at this case from a legal perspective.  Of course, if I have made a mistake, it is my mistake, not his!

 

Essential Pearls from Essentials

Essentials of Correctional Medicine was held last week in Salt Lake City, Utah and included some great talks.  Today’s post is a list of Pearls I gleaned from the conference speakers.

The definition of a “Pearl” is a bit of pithy and insightful information that can be communicated in one or two sentences. Hopefully, it is also something that you have not thought of yet and will change your practice for the better.

I ran into several Pearls at the Essentials conference. Here is a sampling (in no particular order): Continue reading

A Daring Plan for Discharge Meds!

One of the “systems” problems that all jails have to deal with is what to do with medications when a patient is released from jail.  Prisons deal with this issue as well but tend to have fewer headaches than jails, mainly because they know exactly when inmates are leaving the facility and can plan ahead.  In jails, often we don’t know exactly when a patient will leave.  Continue reading

The Specialty of Correctional Medicine

Society of Correctional Physicians

I just returned from this year’s NCCHC convention.  It was excellent, as always.  A very important announcement was made at the Society of Correctional Physicians’ meeting on Sunday that deserves more publicity than it is getting.

The American Osteopathic Association (AOA) has officially recognized Correctional Medicine as a Medical Specialty. Continue reading

Interesting Article of the Week: Gonorrhea, Superbug.

The Emerging Threat of Untreatable Gonnococcal Infection.
Bolan GA, Sparling PF, Wasserheit JN
N Engl J Med 2012;366(6):485

This article was generated by the CDC and is about the increasing incidence of drug resistance of Neiseria gonorrhoeae, as well as the CDC’s newest recommendations for the treatment of gonorrhea.  Gonorrhea has slowly and inexorably conquered an impressive list of antibiotics, including penicillin, tetracycline and, most recently, flouroquinalones.  Currently, only two antibiotics remain for treatment of gonorrhea, and sure enough, signs of resistance to these two drugs are cropping up in Asia. Continue reading

Dr Foote’s Home Cyclopedia of Popular Medical, Social and Sexual Science

I ran across this topic in the excellent Australian Emergency Medicine blog Life In The Fast Lane.  It was too good not to share.  After reading the advice of Dr. Foote, I’m sure that most of you, like me, will be rewriting many of your protocols!

Dr. Edward Foote was a U.S. physician in the mid 19th century who wanted to educate the general public about health, nutrition and medicine.  The book he wrote, Dr Foote’s Home Cyclopedia of Popular Medical, Social and Sexual Science was published in 1858. Continue reading

Get Updated Information Here…

We have added an ‘event’ on our Facebook page for the Essentials of Correctional Medicine Conference.  Make sure to jump over there and join the event for all of the latest information regarding the conference next month. Continue reading