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Jack Phillips

Explore the profile of Jack Phillips including associated specialties, affiliations and a list of published articles. Areas
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Articles 23
Citations 496
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Recent Articles
1.
Bok I, Phillips J, Zhu T, Lu J, DeTienne E, Lima E, et al.
Nano Lett . 2024 Sep; 24(42):13147-13152. PMID: 39319575
Electrophysiological recordings from brain cells are performed routinely using implanted electrodes, but they traditionally require a wired connection to the outside of the brain. A completely passive, wireless device that...
2.
Bok I, Ashtiani A, Gokhale Y, Phillips J, Zhu T, Hai A
Microsyst Nanoeng . 2024 Mar; 10:44. PMID: 38529010
Circuit-integrated electromagnets are fundamental building blocks for on-chip signal transduction, modulation, and tunability, with specific applications in environmental and biomedical micromagnetometry. A primary challenge for improving performance is pushing quality...
3.
Bok I, Vareberg A, Gokhale Y, Bhatt S, Masterson E, Phillips J, et al.
Bioelectron Med . 2023 Sep; 9(1):20. PMID: 37726851
New sensors and modulators that interact wirelessly with medical modalities unlock uncharted avenues for in situ brain recording and stimulation. Ongoing miniaturization, material refinement, and sensitization to specific neurophysiological and...
4.
Bhatt S, Masterson E, Zhu T, Eizadi J, George J, Graupe N, et al.
Sens Actuators B Chem . 2023 Mar; 382. PMID: 36970106
Wireless brain technologies are empowering basic neuroscience and clinical neurology by offering new platforms that minimize invasiveness and refine possibilities during electrophysiological recording and stimulation. Despite their advantages, most systems...
5.
Bhatt S, Masterson E, Zhu T, Eizadi J, George J, Graupe N, et al.
bioRxiv . 2023 Jan; PMID: 36711824
Wireless brain technologies are empowering basic neuroscience and clinical neurology by offering new platforms that minimize invasiveness and refine possibilities during electrophysiological recording and stimulation. Despite their advantages, most systems...
6.
Phillips J, Glodowski M, Gokhale Y, Dwyer M, Ashtiani A, Hai A
J Neural Eng . 2022 Jun; 19(4). PMID: 35705065
Methods for the detection of neural signals involve a compromise between invasiveness, spatiotemporal resolution, and the number of neurons or brain regions recorded. Electrode-based probes provide excellent response but usually...
7.
Pauly B, Sullivan G, Inglis D, Cameron F, Phillips J, Rosen C, et al.
Res Involv Engagem . 2022 May; 8(1):22. PMID: 35610726
Background: Europe and North America are in the grips of a devastating overdose crisis. People who use substances often feel unsafe to access healthcare due to fears of stigma, blame,...
8.
Urbanoski K, Pauly B, Inglis D, Cameron F, Haddad T, Phillips J, et al.
BMC Health Serv Res . 2020 Nov; 20(1):1060. PMID: 33228650
Background: People who use substances experience high levels of substance-related stigma, both within and outside of health care settings, which can prevent people from help-seeking and contribute further to health...
9.
Pauly B, Wallace B, Pagan F, Phillips J, Wilson M, Hobbs H, et al.
PLoS One . 2020 May; 15(5):e0229208. PMID: 32438390
The primary objective of this study was to examine the impacts associated with implementation of overdose preventions sites (OPSs) in Victoria, Canada during a declared provincial public health overdose emergency....
10.
Clune-Ryberg M, Blanco-Campal A, Carton S, Pender N, OBrien D, Phillips J, et al.
Brain Inj . 2011 Jul; 25(9):819-31. PMID: 21721845
Primary Objective: Despite the prevalence of prospective memory (PM) problems, relatively little is known about the processes underlying impairment following TBI. This study sought to examine PM performance, using a...