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Galaxy s3

Manufactured by Samsung

The Galaxy S3 is a smartphone developed by Samsung. It features a 4.8-inch Super AMOLED display, a quad-core processor, and a 8-megapixel camera. The device runs on the Android operating system.

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13 protocols using galaxy s3

1

Nanoscale Optical Characterization Protocol

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The transmission spectra of fabricated nanocavities were measured using the spectroscopic ellipsometer (J. A. Woollam Co., V-VASE). The light source is a xenon lamp with a broadband Visible to NIR spectrum. The diameter of the incident beam was set to be 400 μm. The beam sequentially passed through a monochromator, a polarizer, and it is used to expose the sample, and then it’s collected by a detector. The colour image was captured with simple optical set-up. The white lamp was used as light source and linear polarizer was placed between lamp and sample. The image was captured with commercial camera in mobile phone (Samsung Galaxy S3) with ×4 magnification. ISO was set to 100, auto-contrast was off, and the micro lens was attached to camera.
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2

Household Air Pollution Data Collection

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Fieldworkers trained using study-specific standardized operating procedures attended the homes of all participating children to interview their parents or guardians at the baseline data collection visit for CAPS. Electronic Case Report Forms (CRFs) programmed using Open Data Kit (ODK) software and administered offline using smart phones (Samsung Galaxy S3, Samsung, Seoul, Korea) were used to collect data. Demographic, socioeconomic, health and household air pollution data were collected in this way at enrolment. An additional questionnaire was administered at the time of collection of CO monitors (see below) about potential smoke exposures and cooking practices including number of meals, fuel used and cooking location during the time CO monitors were worn.
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3

Virtual Reality for Pain Relief

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Study participants were exposed to two VR environments: scenery, where the participant is exposed to a VE consisting of passive sceneries such as nature experiences; and somatic, where the VE consisted of upper and lower extremity movements (Figure 1). Two types of somatic environments were used, and participants chose the most appropriate environment based upon their self-reported location of their most prominent pain: an upper extremity VE or a lower extremity VE. While viewing the VEs, no specific commands were given, and participants were not encouraged to focus on any particular part or element of the VE. Patients underwent the two consecutive VR sessions (scenery and somatic) in a randomized order. Each VR session was 10 min in duration. The participant was permitted to leave the laboratory and move freely within the campus (in some cases for several hours) and return for the second VR session once the participant reported a return to baseline pain level.
The VR system consisted of the Samsung Galaxy S3 housed in a Samsung Gear VR headset (Figure 1). Patients were placed in a seated position on a chair or their personal wheelchair, with the ability to look around freely. Patients were instructed to report any discomfort and given the possibility to ask to stop the intervention at any time.
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4

Household Cleaning Product Exposure Study

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Since 2017, 103 women used a BC-App during a week to assess HDCP at up to 3 different data collection times (T1, T3, and two months after delivery (Y1)) as described in details previously (Lemire et al. 2021) (link). Data recorded through the BC-App was secondarily linked to a HDCP database, referencing exhaustive ingredients lists for each of the participants-scanned barcodes. The application used by the participants in the present study has already been described (Quinot et al. 2018; (link)Lemire et al. 2021) (link).
Briefly, volunteers used the BC-App, preinstalled on a provided phone (Samsung Galaxy S3), over a week-long period. The BC-App let the participants identify each cleaning product used by scanning their barcodes and completing a short in-application questionnaire about their weekly frequency of use, form and commercial names. Ingredients lists of HDCP were obtained from a prospective barcode-ingredients database of commercially available HDCP as previously described (Lemire et al. 2021) (link).
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5

Oral-B Professional Care 6000 Power Brush Protocol

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Oral-B® Professional Care 6000 (D36) rechargeable power brush with Oral-B® Precision Clean brush head (EB20); charger, smartphone (Samsung® Galaxy S3; Samsung Electronics Co., Ltd., Suwon, South Korea) equipped with Oral-B® Application v2.1, OB2 phone app [Procter & Gamble, Cincinnati, OH, United States] but with restricted functionality (e.g., no SIM card).
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6

Mobile App Development Protocols

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We developed the apps using Android Studio 3.1.2 (Google, Mountain View, CA). Versions 1 and 2 of the apps were installed on a Samsung Galaxy S3 (Samsung, Seoul, Korea), while version 3 was installed on a Samsung Galaxy S8 (Samsung, Seoul, Korea).
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7

Portable Colorimetric Analysis Device

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As shown in Scheme 1a, the device for performing mobile colorimetric analysis consisted of a PDMS plate with 18 mini-vials (with openings at the top for solution injection) and a matching base (a transparency film that was printed black except for the 18 circular sections facing each of the mini-vials, vide infra). The preparation of the PDMS microchip using the standard commercial kit, a set of mini-cylinders, and a set of mini-magnets is presented in the Supplementary Materials (Scheme S1). The assembly of the device and dimensions of the reaction vails are illustrated in the cross-section view shown in Scheme 1b. A Doxie Flip™ cordless flatbed scanner with an ez Sh@re WiFi SD Memory Card Adapter was used for scanning the microchip and sending photos to the smartphone/computer wirelessly (Scheme 1c). A smartphone (Samsung galaxy S3) with the installed Color Grab app was employed for the quantitative analysis of the assay results. The images were scanned with the highest resolution (600 dpi) and saved in JPEG format.
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8

Smartphone-Based Alcohol Monitoring Study

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Data collection took place from 2/12/2019 to 2/27/2020. Participants completed structured interviews, including the TLFB, at baseline and 4 weeks. Approximately 5 days after the baseline assessment, participants completed an equipment setup visit where they were provided with a smartphone (Samsung Galaxy S3 or S7) preloaded with an app developed using the InsightTM mHealth platform (https://otrc.stephensoncancercenter.org/Mobile‐Health‐Technology) and fitted with the SCRAM “CAM” (Continuous Alcohol Monitoring) on the ankle. At 2 weeks, participants completed a brief equipment visit to verify the proper functioning of devices and receipt of SCRAM data. Participants received $25 for completing the baseline assessment, $25 for completing the 4‐week assessment, up to $25 each week for completing EMAs (based on percent completed), and $25 for returning the phone and SCRAM in good condition at the end of the study.
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9

Behavioral Phenotyping of Larval Zebrafish

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To assess behavioral phenotypes we used a standard touch assay on 3 dpf larvae. A pin tool was used to induce the touch response and any larva with movement persisting greater than 5 sec and terminating in seizure-like activity was scored as positive. We collected representative time-lapse videos using a Samsung Galaxy S3 digital camera with 8 megapixel and 30 frames per second acquisition settings. Videos were exported in .mov format within QuickTime Pro 7 using H.264 compression.
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10

Behavioral Phenotyping of Larval Zebrafish

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To assess behavioral phenotypes we used a standard touch assay on 3 dpf larvae. A pin tool was used to induce the touch response and any larva with movement persisting greater than 5 sec and terminating in seizure-like activity was scored as positive. We collected representative time-lapse videos using a Samsung Galaxy S3 digital camera with 8 megapixel and 30 frames per second acquisition settings. Videos were exported in .mov format within QuickTime Pro 7 using H.264 compression.
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