Hays Imaging Center
2220 Canterbury Drive
Hays Orthopedic Institute
2500 Canterbury – Suite 112
At Hays Imaging Center (HIC) our motto is Embracing Technology for Better Imaging and Better Care. We provide imaging services to both inpatients and outpatients at HaysMed at multiply locations in Hays, as well as extending services to the Northwestern part of Kansas via our Mobile Services.
Providing at Hays Imaging Center:
*Diagnostic imaging (x-ray) including interventional procedures
*Computerized Axial Tomography (CT) using GE 64 slice multi detector scanner with ASIR to reduce
*Nuclear Medicine including Diagnostic, Cardiac and PET/CT Imaging
*ACR certified Magnetic Resonance Imaging (MRI) in MRA, MSK, Body, Brain, & Spine.
*MRI Breast and Spectroscopy
*ACR certified Ultrasound including Breast, Breast Biopsy, Abdominal, Vascular, and OB.
*ACR certified Breast Stereo biopsy
*ACR certified Ultrasound including Breast, Abdominal, Vascular, and OB.
*ACR certified Digital mammography including screening and diagnostic imaging
*DXA (Bone Mineral Analysis)
Providing at Hays Orthopedic Institute
*Magnetic Resonance Imaging (MRI)
HaysMed provides Better Imaging and Better Care to our patients with “highly trained, board certified, and state licensed staff”.
Advanced Imaging Services
…New Ways of Looking At Things
In the last two decades, the technological tools used to image parts of the body have revolutionized diagnostic imaging. Hays Imaging Center offers the latest technological advances along with standard imaging modalities – that are used for diagnostic, interventional and therapeutic purposes.
X-ray studies use low doses of radiation and are often performed as the initial examination to diagnose a wide variety of diseases and injuries. The new digital chest unit takes x-rays of the lungs and shows a variety of respiratory diseases including cancer, pneumonia, and emphysema, giving radiologists the ability to better see cancer at its earliest stages.
Fluoroscopy is another type of x-ray technology which is used to produce real-time images of internal body anatomy on a video screen, even while the movements are occurring. Images of diaphragm motion, swallowing coordination, and a barium-filled gastrointestinal tract can be recorded to be reviewed and evaluated at a later time.
Spiral Computed Tomography (CT)
Computed tomography is a highly advanced x-ray procedure which combines x-rays with computers to produce two-dimensional cross-section images of organs and other body parts. A CT scan is useful in evaluating thc brain, spine, chest, abdomen, and pelvis to determine the site, type and extent of disease or injury. CT can determine if internal bleeding is occurring, or visualize the size and extent of tumors. Spiral CT is the latest technology, particularly used during evaluation of cancer and trauma patients.
Magnetic Resonance Imaging (MRI)
Magnetic Resonance Imaging produces two-dimensional visual images of internal structures in any plane using strong electromagnetic fields and powerful computers. In MRI, the patient is placed inside a powerful magnet that aligns the water molecules contained in the body tissues. A radio signal is directed to the body part being examined, temporarily disrupting this alignment. When thc radio signal stops, the water molecules return to alignment at different rates and emits signals that are received and processed at a computer, which converts the data to a series of images. MRI is currently the most sensitive, non-invasive way of imaging the nervous system and musculoskeletal structures.
MR Angiography is a special technique used to process MRI information of the blood vessels. This technique is a non-invasive alternative to catheter angiography.
Sono/Ultrasound produces images using high-frequency sound waves rather than x-rays. Sound waves are directed into the body from a transducer through the skin surface. When these sound waves come into contact with the internal structures, part of the sound energy is reflected back to the body surface, to the transducer where it is converted electronically into an image.
Since there is no x-ray involved, Sono/Ultrasound is commonly used during pregnancy to determine fetal position, age, and gross anatomy. It is also used to evaluate numerous other structures such as the gall bladder, spleen, liver, kidneys and thyroid.
Doppler Ultrasound detects blood flow in the veins and arteries and is used to evaluate and diagnose problems such as blood clots and atherosclerotic disease. These same techniques are used to evaluate thc heart at rest and for a stress echocardiogram.
Nuclear medicine involves the introduction of radioisotopes into the body, which emit gamma x-rays that are detected and processed to image organs, such as the heart, brain, liver, kidney, or gallbladder. Special cameras measure the intensity of the radiation released by the isotopes, permitting visualization of organs and assessment of organ functions, which cannot be accomplished with normal x-rays.
By combining nuclear imaging with exercise and pharmacological stress, the Single Photon Emission Computed Tomography (SPECT) test measures blood distribution to the cardiac heart muscle to evaluate previous myocardial infarction and atherosclerotic coronary artery disease.
Interventional Radiology/Special Procedures
Interventional Radiology/Special Procedures refers to a number of different procedures involving catheters, contrast media (dye), stents, drains, and needles placed through the skin surface into the body, without surgical intervention. These diagnostic and therapeutic techniques are often outpatient procedures and are generally less invasive than the corresponding surgical procedures.
- Angiography. Catheters are placed within an artery or vein, via a needle inserted through the skin surface, using real-time fluoroscopic guidance. Contrast media is injected and multiple images of the opacified, dye-filled blood vessels are obtained for subsequent evaluation.
- Balloon angioplasty and vascular stenting are interventional techniques designed to open blocked or narrowed arteries. Guided by fluoroscopy, a balloon-tipped catheter is inserted into the blocked or narrowed blood vessel. After a balloon is in place, it is inflated with sufficient pressure to open the vessel. A wire stent may be placed to help keep the blood vessel open.
- Needle biopsy. Thin needles, or core biopsy devices, can be introduced through the skin to sample tissue from within the body, without the need for a surgical incision. CT, fluoroscopic or sono/ultrasound guidance permits the samples of the appropriate organ or mass to be obtained for subsequent evaluation by a pathologist. Some breast specimens are retrieved using a digital stereotactic biopsy device.
- Stereotactic biopsy is a major advance in the diagnosis of breast cancer, which is now available at Hays Medical Center. Developed over the last 10 years, stereotactic biopsy is a procedure of computerized directed needle biopsy of the breast which provides tissue diagnosis of mammographic findings without surgery. Pathology results are available in two days.
- Abscess Drainage. Abscesses can, in some cases, be drained without surgical incision, again using CT, fluoroscopic, or ultrasound guidance. A drain tube is left in place, open to the skin surface, while the abscess resolves.
Screening and diagnostic mammography, along with self-examination and a physician’s breast exam, are powerful weapons for early detection of breast cancer when it is most apt to be curable.
Mammography is the x-ray examination of the breasts using special techniques to image breast tissues. The goal is to detect breast cancer in its early stages for early treatment. Mammography is accredited by the American College of Radiology and is certificd by the US Food and Drug Administration.
There are teleradiology send units located in approximately a dozen towns in Kansas, Nebraska and Colorado. The network was created by Hays Medical Center in conjunction with Radiology Associates of Hays. X-rays, CT scans, nuclear medicine scans and sono/ultrasound images are electronically transmitted to the Medical Center as digital signals over regular telephone lines.
These signals are then interpreted by radiologists. A member of the Radiology Associates of Hays is on-call 24 hours a day, 365 days a year, to relay the radiological interpretations back to the primary care physician to aid in patient care.
Clinical Engineering Services
The Clinical Engineering Service of the Hays Imaging Center provides a wide variety of support in the form of preventive maintenance, calibration, repairs and electrical safety inspections to assure that biomedical, telecommunications and x-ray equipment is safe and reliable. Serving both campuses of Hays Medical Center and the HMC regional clinics, technicians are available at all times to support doctors, nurses and technologists in providing health care services.
Clinical Engineering reaches out to serve 40 hospitals throughout western Kansas, providing levels of support based upon individual needs. Services range from more simple preventive maintenance to complex corrective maintenance on a variety of medical equipment. Additional value-added services are given to help hospital administrators feel closer to biomedical repair support. Local maintenance personnel are trained in electrical power testing, basic electricity and the effect to the hospital environment, fundamentals of electrosurgery and as a resource to local in-service education managers. Consultation is also given with establishing medical equipment maintenancc records, selection and procurement of medical equipment, technical support on the installation of new systems and equipment and 24 hours per day telephone consultation.
Mobile Imaging Services
HaysMed Mobile Imaging Network: The Hays Imaging Center has a long history of sharing technology and technical expertise with healthcare practitioners in western Kansas and southern Nebraska. Imaging technologies that rural hospitals alone could not afford are regularly brought to rural primary care hospitals to provide the essential diagnostic imaging services to keep patients close to home and their family doctor. Digital Images are sent to HaysMed for interpretation from our radiologists of Radiology Associates of Hays and/or the cardiologists from the DeBakey Heart Institute.
Mobile imaging services from HaysMed include Ultrasound with Color Doppler and Mammography and Nuclear Medicine is limited to a stationary service at Pawnee Valley Community Hospital. Mammography is accredited by the American College of Radiology and is certified by the US Food and Drug Administration. Just as in the Hays Imaging Center, all mobile imaging services are supervised by Radiology Associates of Hays. Our mobile technical staff members are credentialed in radiologic technology and participate in continuing education so we continue to offer the latest techniques for Best Practice.
|Name of Specialty||Telephone #||Location|
|Cardiac Nuclear Medicine||Contact PVCH||Larned – 2 times a month|
|Mobile Cardiovascular Screening||ONE CALL 1.855.HAYSMED||QUARTERLY:
|Mobile Echo “Only”||Contact the local radiology department for an appointment||Weekly
|Mobile Mammography||Contact the local hospital for an appointment||Atwood –every 4 weeks
Dighton – every 6 weeks
Franklin, NE – every 4 weeks
Hill City – every 3 weeks
Hoxie – every 4 weeks
Kinsley – every 4 weeks
LaCrosse– every 4 weeks
Larned – every 3 weeks
Leoti- every 12 weeks
Lakin-every 8 weeks
Oakley– every 3 weeks
Phillipsburg – every 3 weeks
Ransom – quarterly
Sharon Springs – every 8 weeks
St. Francis – every 4 weeks|
Tribune – every 8 weeks
|Mobile Ultrasound, Echo, Vascular||Contact the local radiology department for an appointment||Atwood -weekly
Hill City – twice a week
Hoxie – weekly
Larned –3 times a week
Oakley – 2 times a week
Oberlin – weekly
Phillipsburg – twice a week