Imaging and technology in urology : principles and clinical applications.
Tolofari, Sotonye, editor.; Moon, Dora, editor.; Starmer, Benjamin, editor.; Payne, S. R. (Stephen Richard), editor.
2023
RC874
Available Online

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Title Imaging and technology in urology : principles and clinical applications.
Edition Second edition. / Sotonye Tolofari, Dora Moon, Benjamin Starmer, Steve Payne, editors.
ISBN 9783031260582 (electronic bk.)
3031260589 (electronic bk.)
9783031260575
3031260570
DOI https://doi.org/10.1007/978-3-031-26058-2
Published Cham : Springer, 2023.
Language English
Description 1 online resource (498 pages) : illustrations (black and white, and color).
Other Standard Identifiers 10.1007/978-3-031-26058-2 doi
Call Number RC874
Dewey Decimal Classification 616.60757
Summary This book offers a new edition of the hugely successful title, Imaging & Technology in Urology--Principles and Clinical Applications edited by Steve Payne, Ian Eardley, Kieran O'Flynn in 2012. Essential reading for preparation of exit exams in Urology, it is used worldwide by exam candidates. Fully updated in essential areas of the book following on from recent developments in the last decade, it helps give preparation to candidates. The most comprehensive and reliable source of information on this particular topic.
Note Previous edition: 2012.
Includes index.
Access Note Access limited to authorized users.
Source of Description Description based on print version record.
Added Author Tolofari, Sotonye, editor.
Moon, Dora, editor.
Starmer, Benjamin, editor.
Payne, S. R. (Stephen Richard), editor.
Available in Other Form Imaging and technology in urology.
Linked Resources Online Access
Record Appears in Online Resources > Ebooks
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Part 1: Imaging Radiology
Ch 1: Principles of X-ray production and radiation protection
Ch 2: How to perform a clinical radiograph and use a C-arm
Ch 3: Contrast agents
Ch 4: Dual Energy X ray absorptiometry (DXA)
Ch 5: The physics of ultrasound and Doppler
Ch 6: How to ultrasound a suspected renal mass
Ch 7: How to ultrasound a painful testicle and mass
Ch 8: How to do a trans-perineal ultrasound guided biopsy of the prostate
Ch 9: How to manage an infected obstructed kidney
Ch 10: Principles of computed tomography (CT)
Ch 11: How to do a CT urogram (CTU)
Ch 12: How to do a renal and adrenal CT
Ch 13: How to do a CT in a patient with presumed upper tract trauma
Ch 14: Principles of magnetic resonance imaging (MRI)
Ch 15: Safety in MR scanning
Ch 16: Urological applications of MR scanning
Ch 17: Vascular embolization techniques in urology
Part 2: Imaging Nuclear Medicine
Ch 18: Radionuclides and their uses in urology
Ch 19: Counting and imaging in nuclear medicine
Ch 20: Principles of Positron Emission Tomography (PET) scanning
Ch 21: PET-CT imaging in prostate cancer
Ch 22: Understanding the renogram how it's done and how to interpret it
Ch 23: The diuresis renogram how it's done and how to interpret it
Ch 24: Understanding the DMSA scan how it's done and how to interpret it
Ch 25: How to do a radioisotope glomerular filtration rate study
Ch 26: Understanding the radionuclide bone scan how it's done and how to interpret it
Ch 27: Renography of the transplanted kidney how it's done and how to interpret it
Ch 28: Dynamic sentinel lymph node biopsy in penile cancer
Part 3: Technology Diagnostic technology
Ch 29: Urinalysis
Ch 30: Principles of urine microscopy and micro-biological culture
Ch 31: Urinary flow cytometry
Ch 32: Urine cytology
Ch 33: Histopathologial processing, staining and immuno-histochemistry
Ch 34: Tumour markers
Ch 35: Measurement of glomerular filtration rate (GFR)
Ch 36: Assessment of urinary tract stones
Ch 37: Principles of pressure measurement
Ch 38: Principles of measurement of urinary flow
Ch 39: How to carry out a videocystometrogram (VCMG) in an adult
Ch 40: Sphincter electromyography (EMG)
Part 4 Technology Operative
Ch 41: Operating theatre safety
Ch 42: Principles of decontamination
Ch 43: Patient safety in the operating theatre environment
Ch 44: Venous thromboembolic prevention
Ch 45: Anticoagulants and their reversal
Ch 46: Haemostatic agents, tissue sealants and adhesives
Ch 47: Transfusion in urology
Ch 48: Cell salvage in urological surgery
Ch 49: Principles of urological endoscopes
Ch 50: Rigid endoscope design
Ch 51: Light Sources, light leads and camera systems
Ch 52: Peripherals for endoscopic use
Ch 53: Peripherals for laparoscopic use
Ch 54: Peripherals for mechanical stone manipulation
Ch 55: Sutures, staples and clips
Ch 56: Contact lithotripters
Ch 57: Monopolar diathermy
Ch 58: Bipolar diathermy
Ch 59: Alternatives to electro-surgery
Ch 60: Operative tissue destruction
Ch 61: Endoscopic use of laser energy
Ch 62: Double J stents and nephrostomy
Ch 63: Urinary catheters, design and usage
Ch 64: Urological prosthetics
Ch 65: Mesh in urological surgery
Ch 66: Irrigant fluids and their hazards
Ch 67: Insufflants and their hazards
Ch 68: Laparoscopic ports
Ch 69: Principles of robotic surgery
Ch 70: Setting up robotic surgery
Ch 71: Principles of tissue transfer for urologists. Part 5: Technology Interventional
Ch 72: Neuromodulation by scaral nerve stimulation
Ch 73: Principles of extracorporeal lithotripsy (ESWL)
Ch 74: How to carry out shockwave lithotripsy
Ch 75: New technologies for BPH
Ch 76: Ablative therapies
Ch 77: Principles of radiotherapy
Ch 78: Alternative radiotherapy techniques
Ch 79: Augmented intravesical drug administration
Part 6: Technology of renal failure
Ch 80: Principles of renal replacement therapy (RRT)
Ch 81: Principles of peritoneal dialysis
Ch 82: Haemodialysis
Ch 83: Principles of renal transplantation
Part 7: Assessment of technology
Ch 84: Key concepts in the design of randomised controlled trials
Ch 85: Reporting and Interpreting data from RCTs
Ch 86: Health technology assessment (HTA)
Backmatter: Appendices.

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