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Kimberly Bubnash, FNP is a nurse in Bel Air, MD specializing in family medicine. Kimberly Bubnash, FNP is affiliated with MedStar Union Memorial Hospital, MedStar Health and MEDSTAR MEDICAL GROUP II LLC.
12 Medstar Boulevard Suite 300
Bel Air, MD 21015
2411 W Belvedere Avenue Suite 205
Baltimore, MD 21215
3333 N. Calvert Street Johnston Professional Building Suite 400
Baltimore, MD 21218
412 Malcolm Drive Suite 200
Westminster, MD 21157
Debridement (Removal of Unhealthy Tissue)
Debridement is a procedure that removes damaged skin to help the body heal a chronic wound, acute injury, or burn. Several layers of skin surrounding a chronic wound can include foreign debris, dead (necrotic) tissue, infected tissue, and calloused (hyperkeratotic) skin. If left untreated, these damaged skin layers can spread infection to other parts of the body and may aggravate the wound and delay its healing.
Debriding (removing) this damaged and diseased skin encourages the growth of healthy new tissue, impeding infection by triggering the body's natural cycle of tissue renewal. For this reason, debridement functions both as a wound treatment and as a preventative measure against more complex consequences of infected skin, such as sepsis and amputation. In some circumstances, debridement provides additional aesthetic benefits such as decreased scarring. Debridement also permits doctors to retrieve tissue samples for testing, such as to determine whether patients need antibiotic treatment.
Wounds that frequently require debridement include:
Debridement can be performed either surgically or nonsurgically; some methods are less invasive than others. Doctors select the appropriate debridement technique by considering the location, cause, and size of a patient's wound and may also weigh the patient's overall wellbeing, age, and risk of infection.
Surgical debridement is performed by cutting away dead, infected, and hyperkeratotic skin with a surgical scalpel. For deep wounds that tear away the skin and go into the muscle, skin from another region of a patient's body may be grafted onto the wound, which may then be periodically assessed and rebandaged until fully healed.
Non-surgical debridement is achieved with water or a dissolvent gel. Water softens the damaged skin and affected tissue, allowing doctors to remove it with wet-to-dry dressing. When wet tissue dries, it adheres to the dry dressing or bandage and comes off when the dressing is pulled away. In contrast, dissolvent gel deconstructs tissue, which can be cleaned off of the wound. Nonsurgical debridement is less invasive than surgical techniques; however, it can entail repeat treatments, slowing wound recovery.
While the prospect of stripping away skin may seem jarring, debridement can be critical to the treatment and healing of wounds which cannot not heal independently.
Joint Injections
A joint is any area of the body where two bones connect. Due to injury or disease, the space between the two bones can sometimes become swollen and inflamed, which leads to pain and a loss of mobility. Injection and aspiration are two tools that physicians use to treat joint pain locally without needing to perform surgery.
Both injection and aspiration are techniques that involve inserting a needle connected to a syringe directly into the joint. Aspiration involves the removal of excess fluid, and injection is the placement of medication directly into the joint space via the needle. Both procedures may be performed at the same time. In both cases a local anesthetic may be used, the skin will be cleaned and disinfected, and then the needle will be inserted. In some cases, especially if the injection or aspiration is in a large and deep joint such as the hip or spine, ultrasound may be used to guide the needle to the exact location desired.
In some cases, irritation to the joint can cause fluid to build up so significantly that the joint hurts and can no longer move well. Aspiration removes some of the excess fluid and relieves the pressure. In addition, aspiration can be used to provide a sample of joint fluid if it needs to be examined microscopically for the presence of white blood cells, bacteria, or crystal formations.
Certain injuries and diseases that affect joints are inflammatory in nature, such as rheumatoid arthritis, tendonitis or gout. These diseases may be helped by the local injection of anti-inflammatory medications directly into the affected joint. In this case, corticosteroids such as methylprednisone are usually used. Relief from the pain may be felt right away and may last for weeks or even months.
In some cases, such as with osteoarthritis, the cartilage buffer between the two bones wears down and pain comes from bones rubbing against each other. In this case, injection of a lubricating agent such as hyaluronic acid may be beneficial. It provides a slippery cushion between the bones to relieve pain that can last for months.
Robotic Surgery
Robotic surgery is a type of minimally invasive surgery, using a tiny opening to get inside the body instead of making a large cut. It uses small tools attached to a thin robotic arm, which is controlled by the surgeon. Robotic surgery may be referred to by the specific kind of robot that is used. The most advanced robot currently in use is called the da Vinci, and surgery using it is sometimes called da Vinci surgery.
There are many benefits to robotic surgery, both for the patient and the surgeon. Robotic surgery allows for more precise movements and increased control during very delicate surgical procedures. This makes performing surgery accurately much easier for surgeons and reduces fatigue. The smaller 'hand' of the robot can enter the body via a much smaller opening, which reduces the risk of infection and scarring and leads to a faster recovery. The robotic hands also contain tiny moveable cameras among their tools, giving surgeons a much closer view of the procedure than would be possible with traditional surgery.
She has a state license in Maryland.
Licensed In: Maryland
Kimberly Bubnash, FNP is associated with these hospitals and organizations:
Kimberly Bubnash, FNP appears to accept the following insurance providers: Aetna Medicare PPO, CIGNA EPO, CIGNA Indemnity, Private Healthcare Systems (PHCS), Medicare Advantage, MAMSI, AARP, HealthSpring, Coventry National Network PPO, Aetna, United Healthcare Choice Plus, Blue Choice, United Healthcare Choice, First Health PPO, TRICARE Prime, United Healthcare, Great-West Healthcare, Medicaid, Cigna, TRICARE, Coventry, Aetna Managed Choice POS, First Health, Aetna HMO, Kaiser Permanente, Optimum Choice Preferred (POS) & OCI Direct (HMO), MedStar Family Choice - Maryland Health Choice, Medicare Fee for Service, Choice Fund PPO, CFBSBC Blue Preferred PPO, CFBCBS (NCA) Indemnity, M.D. IPA (HMO), Open HMO, M.D. IPA Preferred (POS), POS OA & OA Plus, MedStar Select (MedStar Associates' Plan), Network OA, Innovation Health: PPO, CFBCBS Maryland Indemnity or PPO, Opoen HMO Option, CFBCBS EPO, Innovation Health: Indemnity, CFBCBS Maryland Point of Service Plan (MPOS), Innovation Health: POS, Innovation Health: Open POS Plus, Choice POS & Choice POS II, United Student Resources, Select HMO/HealthFund/Health Network, HealthyBlue PPO, CFBCBS Federal Employee Program (Std/Basic PPO/Blue Focus), Open EPO Plus, Innovation Health: Open Network Only Plus, Open POS II, PPO and PPO Plus and Innovation Health: POS Plus.
According to our sources, Kimberly Bubnash, FNP accepts the following insurance providers:
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Ms. Kimberly Bubnash practices family medicine. Ms. Bubnash's areas of expertise include the following: knee arthrofibrosis (stiff knee), runner's knee (patellofemoral syndrome), and PCL repair. She is professionally affiliated with MedStar Union Memorial Hospital. She appears to be in-network for Blue California, Coventry, and Coventry Health Care Plans, in addition to other insurance carriers.