Nina Dronkers

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Nina Dronkers
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Born1955 (age 66–67)
Alta Bates hospital, Berkeley, California
CitizenshipUnited States of America
  • BA in Linguistics
  • MA in Educational Psychology
  • PhD in Neuropsychology
Alma materUniversity of California, Berkeley
Known forKnown for her studies of aphasia (language impairments) and their application for understanding brain systems involved in normal language abilities

Nina Dronkers is an American cognitive neuroscientist. She is known for her studies of aphasia (language impairments) and their application for understanding brain systems involved in normal language abilities. She is a Professor in the Psychology Department at the University of California, Berkeley, and a faculty member of the Helen Wills Neuroscience Institute. She is also an Emerita Research Career Scientist of the Veterans Administration Northern California Health Care System where she established the Center for Aphasia and Related Disorders. She serves as a consultant for the Memory and Aging Center at UCSF Medical Center. In addition, she is an adjunct professor in the Department of Neurology, University of California, Davis, School of Medicine. She has published over 120 scientific papers and is the co-author with Lise Menn of a textbook: Psycholinguistics: Introduction and Applications, Second edition.


Nina Dronkers was born at Alta Bates hospital in Berkeley, California, in 1955 and grew up nearby in Kensington, California, where she attended K-12 public schools. She received her undergraduate degree in Linguistics in 1976, her MA in Educational Psychology in 1978, and her PhD in Neuropsychology in 1985, all from the University of California, Berkeley. In 1982 and 1999 she was a Visiting Scholar at the Max-Planck-Institut fur Psycholinguistik, Nijmegen, The Netherlands.


In the early part of her career, Dronkers questioned a long-held assumption about which areas of the brain were most critically involved in spoken language. In 1861, a French physician and neuroanatomist named Paul Broca presented a paper describing two of his patients who had an expressive aphasia, difficulty in producing spoken language. In addition to a description of their impaired language. Broca also presented autopsy findings of the patients. He noted that both patients had damage to the frontal lobe in the left hemisphere of the brain. Based on his careful work in documenting this brain-behavior relationship, the brain region became known as Broca’s area, and expressive aphasia became known as Broca’s aphasia.

Over 100 years later, Dronkers obtained permission to re-examine the brains of Paul Broca’s original patients. Fortunately, the brains had been preserved whole, although they had not been sliced and were required to remain so. With the help of French collaborators, Dronkers carefully removed the brains from their glass preservation jars and placed them in a modern MRI scanner. The MRI images revealed that Broca’s patients had suffered much more damage to the brain than Broca could have known from just studying the outer surface. Both patients’ lesions extended to deeper layers beyond the left frontal lobe, including portions of insular cortex and critical white matter pathways below the cortex [1](1).

In another seminal paper [2](2), Dronkers analyzed brain scans from a group of several stroke patients who suffered from a speech production disorder known as apraxia of speech (AOS). AOS is a symptom observed in most patients who are diagnosed with Broca’s aphasia. She found that, rather than Broca’s area, this speech production disorder was associated with a portion of insular cortex which is tucked beneath the lateral surface of the brain. Like Broca’s original patients, these patients had significant subcortical damage that involved insular cortex and adjacent white matter. Importantly, Dronkers also showed that a matched group of stroke patients without AOS did NOT have damage to this portion of insular cortex, thus confirming the specificity of this result.

Dronkers’ findings have been highly influential. Scientists studying speech and language across the world had used Broca’s area as a biological marker of speech production and fluency in the brain. Dronkers defined a new area of the brain that is critical for language expression, and this region is sometimes now referred to as “Dronkers’ area” [3][4].

Dronkers’ work helped lead the way for more precise studies of brain regions associated with discrete speech and language functions. Her work also emphasized the critical role that subcortical brain connections play in supporting language. She and her collaborators developed new methods to more precisely analyze stroke lesions across large groups of neurological patients with specific language deficits [5]. With these analyses, each patient’s brain scan is virtually cut into 1 millimeter cubes called voxels, with the patient’s lesion either inside or outside each voxel. Then, patients’ behavioral performance (e.g., AOS, degree of expressive aphasia) is related to each of these discrete voxels in a statistical manner that allows for pinpointing of specific brain voxels associated with a particular aspect of language. This technique is known as voxel-based-lesion-symptom mapping or VLSM. It provided a new tool for examining relationships between discrete brain areas and selected deficits in language and cognition.

HONORSTwice elected Chair, Society for the Neurobiology of Language (1997, 2014)

Elected Chair, Academy of Aphasia (1997)

VA Research Career Scientist (2006-2018)

Contra Costa County (CA) “Woman of the Year” for Innovations in Science (2008)

In the media



  1. Dronkers, Nina; Plaisant, O; Iba-Zizen, M. T.; Cabanis, E.A. (2007). "Paul Broca's historic cases: High resolution MR imaging of the brains of Leborgne and Lelong". Brain. 130: 1432-1441. PMID 17405763.
  2. Dronkers, Nina (1996). "A new brain region for speech: The insula and articulatory planning". Nature. 384: 159-161. PMID 8906789.
  3. Oliveria, R; Colaco, D; Tavares, J. B.; Lauterbach, M (2020). "Focal lesion in Dronkers' area associated with developmental apraxia of speech". Neurol Sci. 41 (4): 965-966. PMID 31673958.
  4. Giannecchini, T; Yucubian-Fernandes, A; Maximo, L. P. (2016). "Nonverbal praxis in speech pathology: Literature review". Revista CEFAC. 18: 1200-1208.
  5. Bates, E; Wilson, S.M.; Saygin, A.P.; Dick, F.; Sereno, M.; Knight, R.T.; Dronkers, N.F. (2003). "Voxel-based lesion-symptom mapping". Nature Neuroscience. 6: 448-450. PMID 12704393.

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