Professional role
active lecturer[1]
AG
a novel, biologically based diagnostic test for schizophrenia · conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia · the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses
Reviewed sources document a novel, biologically based diagnostic test for schizophrenia, conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia, and the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses. Explore attributed publications and research affiliations.
Explore researcha novel, biologically based diagnostic test for schizophrenia[1]
conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia[1]
the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses[1]
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10 source claims · Reviewed Sep 9, 2026
Degree: MD, PhD
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Identity: Amelia Gallitano-Mendel, MD, PhD
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Professional role: active lecturer
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Professional role: mentor to our medical students and residents
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Professional role: Principal Investigator
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Professional role: runs her research lab on the Phoenix Bioscience Core
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Official profile: Official profile
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Research interests: a novel, biologically based diagnostic test for schizophrenia
a pilot study to test a novel, biologically based diagnostic test for schizophrenia
Research interests: conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia
Amelia Gallitano-Mendel, MD, PhD, runs her research lab on the Phoenix Bioscience Core, investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses such as schizophrenia and mood disorders, which share symptoms of cognitive dysfunction. Recently, she has been conducting a pilot study to test a novel, biologically based diagnostic test for schizophrenia. Dr. Galitano-Mendel is the Principal Investigator for three ongoing research projects and an active lecturer and mentor to our medical students and residents.
Research interests: the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses
investigating the molecular mechanisms underlying the dual genetic and environmental risks for neuropsychiatric illnesses