Mary G. Blevins, RRT

Registered Respiratory Therapist

A Registered Respiratory Therapist (RRT) is an advanced therapist who has passed standardized written and clinical simulation examinations administered by the National Board for Respiratory Care (NBRC). In addition, to the certified therapist (CRT) entry level skills, RRTs have advanced education and training in patient assessment, in the development and modification of patient care plans, and in assuring the appropriate utilization of respiratory care resources. An RRT is a graduate of an associate or baccalaureate degree producing educational programs approved by the Commission on Accreditation of Allied Health Education Programs (CAAHEP) and where applicable, is licensed by the state and is practicing within the scope of that license.

Registered Critical Care Respiratory Therapist

Ms. Mary G. Blevins is a Registered Critical Care Respiratory Therapist in Fort Harrison, MT with special training and skill in advanced respiratory care beyond that of a respiratory therapist. As a Registered Critical Care Respiratory Therapist, Mary G. Blevins, RRT performs critical respiratory treatments in emergency rooms. Critical Care Respiratory Therapy - Registered is the treatment of critically ill or injured patients with cardiorespiratory issues. Significant diseases and conditions treated by Registered Critical Care Respiratory Therapists include viral respiratory infections, chronic lung diseases, and chest trauma. Medical tests, procedures and therapies provided by Registered Critical Care Respiratory Therapists include chest x-rays, blood gas laboratory testing, aerosol-based medication administration, and mechanical ventilation support.

Respiratory emergencies are commonplace in the treatment of critical care patients. Included in the assessment measurements conducted by the respiratory therapist in the critical care settings are arterial blood gas puncture and analysis, intrarterial monitoring, bedside measurements of lung mechanics, hemodynamic monitoring, and inspired and expired gas measurements. This is coupled with the initiation and management of mechanical ventilation patients.