Who is Dr. Giroux, Neurologist in Englewood, CO?
Where did Dr. Giroux go to medical school and complete their residency?
Medical School: Oh State University
What languages does Dr. Giroux speak?
Dr. Giroux and their clinical team can communicate with patients in the following languages:
- English
What conditions does a Neurologist like Dr. Giroux typically treat?
As a Neurologist, conditions treated by Dr. Monique Giroux may include:
Please contact Dr. Giroux's office directly to confirm care for your specific condition, for more information, or to schedule a consultation.
What procedures does a Neurologist like Dr. Giroux typically perform?
As a Neurologist, procedures performed by Dr. Monique Giroux may include:
- Aging Brain (Neuropsychological Testing)
- Cortical Basal Ganglionic Degeneration (CBGD)
- Deep Brain Stimulation
- Disturbance of Skin Sensation
- Electroencephalogram (EEG)
- Evoked Potential Testing
- Gait Simulation
- Greater Occipital Nerve (GON) Block
Please contact Dr. Giroux's office directly to confirm care for your specific procedure, for more information, or to schedule a consultation.
Does Dr. Giroux accept my insurance?
Please contact Dr. Giroux's office to confirm accepted insurance plans.
Where is Dr. Giroux's office located?
Dr. Monique Giroux's Primary Practice
499 E Hampden Ave Ste 250
Englewood, CO 80113
(303) 781-0511
What is Dr. Giroux's NPI number?A National Provider Identifier (NPI) is a unique ID number that identifies doctors and healthcare providers nationwide.
Dr. Giroux's National Provider Identifier (NPI) number is 1518920222.
What common questions do patients ask about Dr. Giroux?
Here are answers to patients Frequently Asked Questions (FAQ’s) about Dr. Giroux
What is Dr. Monique Giroux's specialty?
What does a Neurologist do?
A neuropathologist is expert in the diagnosis of diseases of the nervous system and skeletal muscles and functions as a consultant primarily to neurologists and neurosurgeons. The neuropathologist is knowledgeable in the infirmities of humans as they affect the nervous and neuromuscular systems, be they degenerative, infectious, metabolic, immunologic, neoplastic, vascular or physical in nature.