Inside Schizophrenia: Psychosis in Schizophrenia
What exactly is psychosis? What happens in the brain of a person with schizophrenia who is hallucinating? Schizophrenic Rachel Star Withers shares her personal hallucinations and delusions and Dr. Joseph Goldberg, who specializes in researching what goes on in the brain when someone is experiencing psychosis, joins to break down how the brain functions during psychotic episodes. Host Rachel Star Withers, a diagnosed schizophrenic, and co-host Gabe Howard delve into these intense subjects in this episode of Inside Schizophrenia. Highlights from “Psychosis in Schizophrenia” Episode [02:13] Rachel, do you hallucinate? [03:40] What is psychosis? [07:00] Signs to spot that someone might be starting to lose grip with reality [09:00] The types of psychosis [13:10] Rachel and her wings in Walmart [17:00] Audio Hallucinations [24:00] Guest Interview with Dr. Joseph F Goldberg [29:00] What happens in the brain when you hallucinate [41:00] The mouse study [43:00] The empowerment of our brain About Our Guest Joseph F Goldberg, MD, is a Clinical Professor of Psychiatry at the Icahn School of Medicine at Mount Sinai in New York City and private practice in Norwalk, CT. His primary research interests include conducting clinical trials with novel pharmacotherapies for mania, depression, mixed and rapid cycling in patients with bipolar disorder. Dr. Goldberg has published over 180 research publications and 3 textbooks on psyc...
Publication date: November–December 2020Source: Heart &Lung, Volume 49, Issue 6Author(s): Linda Clements, Susan K. Frazier, Debra K. Moser, Terry A. Lennie, Misook L. Chung
Publication date: Available online 22 September 2020Source: Academic RadiologyAuthor(s): Waqas T. Qureshi, Rohit Malhotra, Eric J. Schmidlin, Mohamed Ahmed, Amartya Kundu, Abdul Moiz Hafiz, Jennifer Walker, Nikolaos Kakouros
Publication date: 1 January 2021Source: Personality and Individual Differences, Volume 168Author(s): Feizhong Zheng, Wenting Wu, Lijing Wang, Arlette J. Ngoubene-Atioky, Li Chen
Publication date: Available online 22 September 2020Source: International Journal of PsychophysiologyAuthor(s): Chiara Massullo, Giuseppe Alessio Carbone, Benedetto Farina, Angelo Panno, Cristina Capriotti, Marta Giacchini, Sérgio Machado, Henning Budde, Eric Murillo-Rodríguez, Claudio Imperatori
CONCLUSION: In a NHP ARS model, sargramostim administered starting at 48 h post-radiation was effective to improve survival, while beneficial hematological effects were observed with sargramostim initiated up to 120 h post exposure. PMID: 32960660 [PubMed - as supplied by publisher]
Lack of awareness of research, lack of awareness of the disease, and financial issues are major barriers to minorities'participation in Parkinson's disease research studies, a survey shows.Medscape Medical News
CONCLUSION: Within the limitations of the present study, attachments with PEEK and PEKK inserts combined with titanium patrices are favorable for long-term use, both for orthogonal and tilted implants. All three attachment systems showed a high variability of the retentive forces at baseline and for subsequent cycles. This should be taken into consideration for clinical use. PMID: 32957206 [PubMed - in process]
In conclusion, this study explores the physiological in-situ response of knee cartilage and meniscus, based on stress MRI, and as a function of loading intensity, joint alignment, histological tissue status, and biomechanical properties, as another step towards clinical implementation. PMID: 32957197 [PubMed - in process]
Abstract Aponeuroses are stiff sheath-like components of the muscle-tendon unit that play a vital role in force transmission and thus locomotion. There is clear importance of the aponeurosis in musculoskeletal function, but there have been relatively few studies of aponeurosis material properties to date. The goals of this work were to: 1) perform tensile stress-relaxation tests, 2) perform planar biaxial tests, 3) employ computational modeling to the data from 1 to 2, and 4) perform scanning electron microscopy to determine collagen fibril organization for aponeurosis tissue. Viscoelastic modeling and statistical...
Abstract All levels of the unique hierarchical structure of bone, consisting of collagen and hydroxyapatite crystals at the nanoscale to osteon/lamellae structures at the microscale, contribute to its characteristic toughness and material properties. Elements of bone's density and size contribute to bone quantity (or bone mass), whereas elements of bone's material composition, material properties, internal structure, and organization describe bone quality. Bone quantity and quality can be degraded by factors such as aging, disease, treatments, and irradiation, compromising its ability to resist fracture and sustai...
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