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philips ct big bore sliding gantry configuration
Phillips Medical Systems (Cleveland)
Summary: The Philips CT Big Bore is a CT scanner with a sliding gantry configuration, used primarily in radiation oncology for precise imaging. It is utilized by radiologists and oncologists for planning and monitoring treatment.
FDA Clearance Information
Pathway
510K
Number
K181797 ↗
Decision Date
August 3, 2018
Product Code
JAK
Device Class
Class 2
Evidence
419 studies
The Philips CT Big Bore was cleared through the FDA 510(k) pathway on August 3, 2018. Manufactured by Philips Medical Systems, it is classified as a Class 2 device under product code JAK.
What It Is
The Philips CT Big Bore is a computed tomography (CT) scanner designed with a large bore and sliding gantry, allowing for enhanced imaging capabilities, particularly in radiation oncology. Its design facilitates the scanning of patients in various positions, which is crucial for accurate treatment planning. The large bore accommodates a wide range of patient sizes and positions, making it versatile for different clinical needs.
Clinical Applications
This device is commonly used in radiation oncology settings to obtain high-quality images for treatment planning and monitoring. It is particularly beneficial in scenarios where precise anatomical imaging is required, such as in the treatment of tumors. Radiologists and oncologists use this device to ensure accurate delivery of radiation therapy, improving patient outcomes in cancer care.
Indications for Use
The FDA-cleared indications for the Philips CT Big Bore focus on its use in obtaining detailed anatomical images for planning and monitoring radiation therapy. It is intended for patients requiring precise imaging to guide treatment, such as those with cancer.
Practical Considerations
The Philips CT Big Bore's large bore size is advantageous for imaging larger patients or those who need to be positioned in specific ways for treatment. Its sliding gantry allows for flexibility in scanning, which can be particularly useful in busy clinical environments. Compatibility with other imaging and treatment systems should be considered to optimize workflow.
Linked Studies (20)
PubMed • 2025
Onyx Liquid Embolic Agent: Basic Knowledge for Its Use in Interventional Neuroradiology.
Journal of neuroendovascular therapy
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Performance evaluation of quantitative hemoglobin A2 and fetal hemoglobin testing using commercially lyophilized vs. in-house whole blood controls in Chinese clinical laboratories: a 12-year analysis of National External Quality Assessment Data.
Clinical chemistry and laboratory medicine
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Clinical progress note: Haemophilus influenzae type b.
Journal of hospital medicine
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Pilot study of social media promotion of home-based self-testing for syphilis.
Sexually transmitted diseases
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Clinical development and performance of the First to Know Syphilis Self-Test for over-the-counter usage: a de novo rapid test for treponemal antibody.
Journal of clinical microbiology
View Source →
PubMed • 2025
Implementation of an Opt-Out and Rapid Point-of-Care Syphilis Testing Program for Pregnant Patients Presenting to the Emergency Department.
Sexually transmitted diseases
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Evaluation of Rapid Syphilis Testing Using the Syphilis Health Check in Florida, 2015-2016.
Florida public health review
View Source →
PubMed • 2025
Multiplex droplet digital PCR for the detection and quantitation of Streptococcus pneumoniae, Mycoplasma pneumoniae, and Haemophilus influenzae.
Frontiers in cellular and infection microbiology
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Palm Multidiagnostic of Mycoplasma pneumoniae, Chlamydia pneumoniae, Haemophilus influenzae, and Streptococcus pneumoniae Using One-Tube CRISPR/Cas12a.
Transboundary and emerging diseases
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PubMed • 2025
Tp40: a new potential prognostic and diagnostic marker for syphilis.
Microbiology spectrum
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PubMed • 2025
Serotonin sets up neutrophil extracellular traps to promote neuroendocrine prostate cancer metastasis in the liver.
The Journal of clinical investigation
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Application value of Philips Ingenuity TF PET/CT scanner imaging agent FAP in evaluating renal fibrosis.
Hellenic journal of nuclear medicine
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Message from Dr. Philippe T. Georgel, Guest Editor for the Marshall University Collection, Brad D. Smith, President of Marshall University, and Dr. Anivandan Mukherjee, Provost of Marshall University.
Biochemistry and cell biology = Biochimie et biologie cellulaire
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PubMed • 2025
Improved patient comfort and procedural efficiency using chlorhexidine-coated hydrophilic urethral catheters: a randomized controlled trial.
Journal of Yeungnam medical science
RCT View Source →
PubMed • 2025
pTx-Pulseq in hybrid sequences: Accessible and advanced hybrid open-source MRI sequences on Philips scanners.
Magnetic resonance in medicine
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Comparative connectomics of Drosophila descending and ascending neurons.
Nature
RCT|prospective|retrospective|case Series|other View Source →
PubMed • 2025
Hydrophilic-coated sheaths for reducing radial artery spasm during transradial procedures: A systematic review and meta-analysis.
Interventional neuroradiology : journal of peritherapeutic neuroradiology, surgical procedures and related neurosciences
View Source →
PubMed • 2025
History of antineutrophil cytoplasmic autoantibodies : Milestones in rheumatology.
Zeitschrift fur Rheumatologie
View Source →
PubMed • 2025
A Hydrophilic Polyurethane Foam Containing Nigella sativa Oil as a Wound Dressing.
BioMed research international
RCT|prospective|retrospective|case Series|other View Source →Frequently Asked Questions
What is Philips CT Big Bore used for?
The Philips CT Big Bore is used for obtaining detailed anatomical images to plan and monitor radiation therapy, particularly in oncology.
What specialties typically use this device?
Radiation oncologists and radiologists typically use this device in oncology settings to aid in treatment planning and monitoring.
What are the FDA-cleared indications?
The device is indicated for use in obtaining detailed anatomical images for planning and monitoring radiation therapy in patients, particularly those with cancer.
Disclaimer: This page compiles publicly available regulatory and published clinical evidence for educational reference.
It does not constitute medical advice, product endorsement, or a recommendation for clinical use.
Always consult manufacturer documentation and clinical judgment for patient care decisions.