Latest Updates

Physical Medicine and Rehabilitation: Modalities and Exercise

    • Kinesio taping in treatment of musculoskeletal injury
    • Cryotherapy and delayed-onset muscle soreness following rigorous exercise activities
    • Most recent recommendations from the American College of Sports Medicine for physical activity

Conservative Management of Acute Kidney Injury

    • Approaches to breast augmentation in the male-to-female transgender patient require special attention outside of conventional breast augmentations.
    • Understanding the differences in the nipple-areola complex (NAC) between females and males when undertaking gender-confirming breast augmentations
    • Special consideration is needed for the clitoral and urethral anatomy in gender-confirming vaginoplasty.
    • Postoperative care and complications in gender-confirming vaginoplasty require close follow-up and consideration. 

Musculoskeletal Problems In The ­Female Athlete

    • Operative treatment is not as successful for atraumatic shoulder instability as it is for traumatic instability. Treatment should start with a supervised exercise regimen.
    • Prevention programs, including neuromuscular and proprioceptive interventions, reduce ACL injuries by 50.7%.
    • There is a lack of evidence to show that knee orthoses reduce knee pain or improve function in individuals undergoing exercise programs for patellofemoral pain.

Thoracic Injuries and Management Options

    • Treatment of rib fractures is centered on pain control. Multimodality treatment utilizing non-narcotic medications is optimal.
    • Operative fixation of flail chest is associated with decreased respiratory failure, pneumonia, pain.
    • Patients with type III or IV blunt aortic injury require repair, preferably using an endovascular approach.
    • Most esophageal injuries require open repair. Time to repair is directly associated with mortality. Stenting has little role in repair.

Neurobiology of Mood Disorders

    • Clinical characteristics determine differences in the neuroanatomy and neurobiology of mood disorders.
    • Mood disorders have neurobiological circuitry in the prefrontal cortical, limbic, and brain reward systems.  
    • Synaptic plasticity changes are important in the neurobiology of mood disorders.
    • Neurochemical substrates of mood disorders are glutamate, GABA, dopamine, serotonin, endocannabinoids, cortisol, and immune system molecules.
    • Mood disorders have a significant genetic basis, which is more pronounced for bipolar disorder.
    • Transcranial magnetic stimulation represents a paradigm shift in the understanding and treatment of mood disorders.

Neurobiology of Mood Disorders

    • Clinical characteristics determine differences in the neuroanatomy and neurobiology of mood disorders.
    • Mood disorders have neurobiological circuitry in the prefrontal cortical, limbic, and brain reward systems.  
    • Synaptic plasticity changes are important in the neurobiology of mood disorders.
    • Neurochemical substrates of mood disorders are glutamate, GABA, dopamine, serotonin, endocannabinoids, cortisol, and immune system molecules.
    • Mood disorders have a significant genetic basis, which is more pronounced for bipolar disorder.
    • Transcranial magnetic stimulation represents a paradigm shift in the understanding and treatment of mood disorders.

Management of Depression, Part 2: Treatment Options

    • Evidence that medications targeting 5-HT1A receptors may offer advantages over older medications
    • Enhanced understanding of treatment of nonresponders
    • Management of antidepressant side effects

Management of Depression, Part 1: Identification and Diagnosis

    • Updated depression criteria (DSM-5 vs ICD-10)
    • Enhanced understanding of neuroimaging in depression
    • Unipolar vs bipolar depression
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