DOD. There are approximately 30 personnel on staffinclude VCOs who are board-certified in surgery, internaland/or emergency medicine, and radiology. TheDODMWDVS has two operatories equipped with fullinstrumentation for orthopedic, general/soft tissue, laparoscopic,and neurological surgery. A full laboratoryprovides complete blood count and most chemistrypanels. Imaging capabilities include digital radiography,fluoroscopy, and ultrasound. The DODMWDVShas a canine physical therapy/rehabilitation sectionwith an underwater treadmill and is staffed by a boardcertifiedphysical therapist/rehabilitator. A brand newfacility will open in late spring or early summer of2008 which will include a CT machine in addition toall current capabilities.The DODMWDVS serves as the referral centerfor all MWDs and provides professional and technicalassistance to VCOs and 68Ts throughout DOD.OVERVIEW OF VETERINARY CAREFew units will have veterinary personnel deployedwith them to support their dogs and those thatdo will not likely have those assets with them at pointof injury. As such, the handler will be the first responder,unless the handler has been incapacitated. In thatsituation, the Medic would likely perform initial firstaid. Though basic Tactical Combat Casualty Carephases of care can be directly applied to the injured canine,by both handler and Medic must plan for and addressa few differences for canine treatment. First, theCombat Application Tourniquet will not work on a caninelimb due to the limb’s due to the relatively smalldiameter of the canine limb.. Tourniquets for the caninepatient will need to be improvised using a cravat/windlass,Penrose drain, or similar expedientmethod. Hemostatic dressings; however, should beused on the dog as they would on a human. Obviously,the nasopharyngeal airway will not be useful in the caninecasualty and the combat pill pack contents are notappropriate for the dog. Moxifloxacin is not yet commonlyused in the dog, but what evidence that doesexist implies a dose of 2 to 5mg/kg as appropriate (personalcommunication). As such an average workingdog would receive 150 to 200mg orally. Maximumtherapeutic meloxicam dose (per package insert) for adog is only 0.2mg/kg which would be approximately6mg for an average SOF dog. The combat pill packdose of meloxicam is more than twice the dog dose(15mg). High doses of non-steroidal anti-inflammatorydrugs (NSAID) in the dog can cause significant todeadly sequelae. Acetaminophen is not frequentlyused in dogs as it can cause methemoglobinemia andhepatic necrosis. 3 With the current combat pill packfor humans, a working dog could receive half a tabletof the moxifloxacin and half a tablet of the meloxicam;that is if you could get the dog to swallow the medications.If the dog is distressed, it may not allow handsin its mouth or may not swallow the tablets if theycould be placed in the mouth. In the author’s opinion,no acetaminophen should be administered. As the useof dogs in combat becomes more frequent, developmentof a Tactical Canine Combat Casualty Care(TCCCC or TC4) program should be entertained.One of the most important things that will helpensure the best outcome for MWDs is prior veterinarysupport planning. CASEVAC/MEDEVAC for dogsmust be incorporated into the medical support plan.Units should know where the closest veterinary unitsare located, what their capabilities are, and how to contactveterinary personnel. Units wishing to get deployedveterinary unit locations and contactinformation may contact the USASOC or USSOCOM<strong>Command</strong> Veterinarians.Once the dog is received by the deployed veterinaryteam/detachment, the dog’s unit must maintaincontact with the veterinary unit. In some cases, a dogmay not allow veterinary care to be given withoutbeing with its handler and the handler may be requiredto remain with the dog at the veterinary unit’s location.Should a dog need further treatment at a LevelIV or V veterinary facility, it is the responsibility of thesupporting veterinary detachment to coordinate evacuationwith their supporting medical regulating officefor movement and referral arrangements with the receivingveterinary facility. Note that the USSOCOMliaison officer (LNO) at the Landstuhl Regional MedicalCenter is responsible for assisting with human casualtiesand will also assist with canine casualties goingthrough Germany. The LNO has previously arrangedlodging and transportation for evacuated dogs and theirhandlers/escorts, which has proven to be very helpful.The Landstuhl USSOCOM LNO office phone is DSN(314) 486-7776; cell phone is 0162-273-0111.Veterinary units and dog-owning units mustmaintain communication as there is no real in-transitvisibility on canine patients. Once the dog has beentreated/rehabilitated, the veterinary facility will makearrangements with the owning unit for release andtravel to home station or other location as required.Dogs are being used with increasing frequencyby SOF units, as they are with conventional units.With larger numbers of dogs performing more at-riskmissions, it is imperative that these valuable and difficult-to-replaceassets are cared for in a manner and to66Journal of <strong>Special</strong> <strong>Operations</strong> Medicine Volume 8, Edition 2 / <strong>Spring</strong> 08
a standard similar to that for our human service members.All SOF medical personnel are encouraged tostay engaged with their unit veterinary personnel wheresuch exist. It is important for all providers to understandand be familiar with canine trauma/emergencymanagement principles and planning considerations.For other SOF units with dogs, but no organic veterinarysupport, work with your local installation veterinarytreatment facility personnel for canine first aid andemergency treatment. Questions regarding canine careand planning can be addressed to the USASOC <strong>Command</strong>Veterinarian at (910) 396-1589 or the USSO-COM <strong>Command</strong> Veterinarian at (813) 826-6031.REFERENCES1. Jaegger G, Marcellin-Little DJ, Levine D. (2002). Reliabilityof goniometry in Labrador Retrievers. Am J Vet Res. Jul;63(7):979-86.2. Army Field Manual 4-02.18, Veterinary Service Tactics, Techniquesand Procedures, Ch 3, Sec III, Part 3-11 of FM 4-02.183. Villar D, Buck WB, Gonzalez JM. (1998). Ibuprofen, aspirinand acetaminophen toxicosis and treatment in dogs and cats.Vet Hum Toxicol. Jun;40(3):156-62.COL Vogelsang is currently the USSOCOM Deputy Surgeon for Clinical <strong>Operations</strong> as well as <strong>Command</strong>Veterinarian. He graduated from Michigan State University with a DVM in 1988. He completeda residency in small animal surgery at the University of California, Davis in 1995 and is a Diplomateof the American College of Veterinary Surgeons. He has twenty years’ experience directly caring foror planning/coordinating care for Military Working Dogs. COL Vogelsang has previously served asChief of Surgery and Dentistry, DOD Military Working Dog Veterinary Service (DODMWDVS) andas Group Veterinarian, 3rd <strong>Special</strong> Forces Group (Airborne); deploying to Kuwait/Saudi Arabia duringDesert Shield/Storm. He will be moving to Lackland AFB, TX this summer to become the Director,DODMWDVS.LTC Sofaly is currently serving as Chief of Veterinary Medicine, 43rd Medical Detachment (VS)(FWD). She obtained her DVM degree from Colorado State University in 1995 and entered theArmy Veterinary Corps that same year. She received a Masters in Veterinary Preventive Medicinefrom Ohio State University in 2003. LTC Sofaly attained board certification from the AmericanCollege of Veterinary Internal Medicine in 2003. Previous to deployment, LTC Sofalycommanded the 28th Medical Detachment (VM); she is currently projected to assume commandof the 43rd Medical Detachment (VS), Ft. Hood, TX upon return from Iraq.MAJ Mark Richey is currently serving with the Department of Defense Military Working Dog VeterinaryService at Lackland AFB, Texas. He earned his Doctorate of Veterinary Medicine fromColorado State University in 1995. He accepted a direct commission to the Veterinary Corps in1998. MAJ Richey received a Master's degree in <strong>Special</strong>ized Veterinary Medicine (Surgery) fromNorth Carolina State University in 2005, and obtained board certification from the American Collegeof Veterinary Surgeons in 20<strong>07</strong>. He served as the <strong>Command</strong>er, 129th MED DET (VeterinaryMedicine) in Yongsan, South Korea from 2005 to 20<strong>07</strong>.Veterinary Care System for Military Working Dogs – A Case Study67
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Spring 08 Volume 8, Edition 2From t
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From the Command SurgeonWARNER D.
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Participants of the first USSOCOM C
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Component and TSOC Surgeons, and wh
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Jay Sourbeer, MDCAPT, USNCommand Su
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Ricardo Ong, MDLTC USASOCCENT Surge
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OBSERVATIONSFigures 2 depicts the a
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Meet Your JSOM StaffEXECUTIVE EDITO
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