The Mission of the
Bon Secours Health System is to bring compassion to healthcare and to be good help to those in need, especially those who are poor and dying. As a system of caregivers we commit ourselves to help bring people and communities to health and wholeness as part of the healing ministry of Jesus Christ and the Catholic Church.
From first diagnosis through treatment and care, the approach is both comprehensive and compassionate.
ABBI (advanced breast biopsy instrumentation). Uses a needle to identify the precise location of the breast lesion, and a narrow tube to remove it. The patient lies face-down on a table, the breast is numbed with a local anesthetic, and the cut is closed with a few stitches.
Angiography. Uses an opaque contrast medium inserted into the blood to take specialized X-rays showing the inside of arteries, veins and the heart.
Bone densitometry (bone density scanning; dual-energy X-ray absorptiometry, DXA, DEXA). Uses an enhanced form of X-ray technology to measure bone mineral density or bone loss.
CAD (computer-aided detection). Highlights masses and calcification clusters commonly associated with breast cancer. This digital system results in shorter exam times and fewer call-backs for additional images.
CAT (computerized axial tomography) scan. Works like a 3-D X-ray to show cross-sectional views of soft tissue in the body.
Colonoscopy. Uses a thin, lighted probe to examine the lower part of the large intestine (colon). The patient is usually under a local anesthetic when the viewing tube is inserted through the rectum.
Core needle biopsy. Uses a hollow needle to remove small tissues fragments, which are then tested for cancer.
Cyst aspiration. Uses a hypodermic needle and syringe to remove a small amount of fluid from a suspicious mass.
Esophagoscopy. Uses a thin, lighted scope inserted through the mouth to examine the esophagus.
MRI (magnetic resonance imaging). Uses magnet and radio waves to transmit clear, internal pictures of precise areas of the body.
Mammography. Uses low-dose X-rays to make images of the breast. Mammograms are given by female registered radiologic technologists.
Myelogram. Uses a contrast dye inserted into the spinal cord fluid to take an X-ray of the spinal cord.
Needle localization. Uses an imaging device to place a wire near the area that needs to be surgically removed for biopsy.
PET (positron emission tomography) scan. Injects radioactive glucose into a vein and uses a scanner to find (cancer) cells in the body that use this glucose.
Sentinel node biopsy. Removes lymph node in order to examine it for cancer. The node is identified through injection of a radioactive substance and blue dye.
Stereotactic biopsy (mammotone). Uses X-rays or ultrasound images to guide a probe into a specific area of the breast in order to remove multiple tissue samples. Patient is given a local anesthetic.
Ultrasound. Uses high frequency sound waves to obtain cross-sectional images of soft tissue.
Biotherapy. Uses substances to stimulate or restore the ability of the body’s own immune system to fight cancer. Some of these substances occur naturally in the body, and others are made in the lab.
Blood replacement therapy. Uses a vein to inject new blood products – red cells, platelets, clotting factors or plasma.
Brachytherapy. Places a radioactive source in or near the tumor. This gives a high dose of radiation to the tumor, while reducing radiation exposure in the surrounding healthy tissue.
Chemotherapy (Infusion). Administers anti-cancer drugs intravenously (or sometimes, orally) to cure or control the cancer, or to relieve symptoms.
Image Guided Radiation Therapy (IGRT). Uses various imaging technologies to locate a tumor target prior to a radiation therapy treatment.
Laser surgery. Uses a laser beam of light to sever, fuse or eliminate body tissue.
Microscopic surgery. Depends on a magnified view through a microscope to perform especially delicate surgical procedures.
Radiation therapy. Uses high-energy radiation to shrink tumors and kill cancer cells. The radiation may come from a machine or from radioactive material placed in the body.
Stereotactic Radio Therapy (SRT). Used to treat tumors or abnormalities in the brain, head, neck, and spine. Bon Secours uses The Trilogy™ Stereotactic System which is the most advanced machine of its type in the world.
The Trilogy™ Stereotactic System is the most advanced, sophisticated machine of its type in the world.
As the leading image-guided radiotherapy (IGRT) system, Trilogy marks the beginning of a new generation of cancer care. The versatile Trilogy system combines imaging and treatment technologies, and can be used to deliver the widest range of external beam radiotherapies: 3D conformal radiotherapy, IMRT (intensity modulated radiation therapy), fractionated stereotactic radiation therapy and intensity-modulated radiotherapy for cancer and neurosurgical treatments.
HOW IT WORKS
The Trilogy accelerator has been enhanced for stereotactic applications that involve delivering higher doses of radiation to smaller areas over a shorter period of time.
The Trilogy system incorporates sophisticated technologies for shaping the radiation beam so that the dose of radiation is limited to the region of abnormality. By changing the beam shape over time while delivering the radiation, doctors achieve very fine control over how, and where, the radiation is administered.
PATIENT BENEFITS
- Through more precise targeting of the beam, radiotherapy can be more efficient at treating disease while simultaneously reducing side effects of the treatment.
- Due to the increased accuracy and power, smaller lesions can be treated more quickly, easily and effectively.
- State-of-the-art motion management techniques allow doctors to coordinate treatment with a patient's breathing patterns. During these treatments, patients can continue to breathe naturally, reducing stress and increasing comfort.
- Radiotherapy can be used to treat more different types of cancer, which means that more patients can be spared the invasive techniques of surgery and/or chemotherapy.
Hospice & Palliative Care. Bon Secours Hospice affirms the dignity of life. It serves people affected by advanced illness. By providing comprehensive, compassionate care, hospice helps patients live comfortably and fully in their final days. It also helps families cope with the care and ultimate loss of their loved one. Hospice and palliative care are centered around caring for life.
Download the Hospice Care brochure >>
Download the Bereavement Services brochure >>
Download the Bereavement Calendar >>
Download the Hospice Volunteer brochure >>
Cancer Institute at St. Francis Medical Center opened in July, 2006 at 14051 St. Francis Boulevard, Midlothian, Virginia 23114 (on the campus of St. Francis Medical Center).
This Institute joined our network of hospitals, outstanding physicians and clinicians who specialize in the compassionate care and expert treatment of cancer patients.
Radiation therapy services are led by Dr. David Randolph and Dr. Taryn Torre in a supportive environment paired with cutting edge technology. Equipment and techniques include Varian Linear Accelerator (IX Silhouette), IMRT capabilities, Siemens CT Simulator (with the largest bore for patient comfort) and HDR Brachytherapy. A cafe, Reflections Wellness Boutique, patient comfort rooms and two healing gardens provide a peaceful retreat and the opportunity for reflection.
For more information, please call:
(804) 594-4900
Bon Secours has two Outpatient Infusion Centers, one in Hanover Medical Park and the other off Bremo Road. Both Outpatient Infusion Centers provide a variety of services for ambulatory patients who are able to come to the Center to receive their prescribed IV therapy. Outpatient Infusion is designed to make treatment more convenient and cost effective. We embrace the standard of pain-free IV insertion. So for your comfort, we use a local anesthetic prior to inserting all IV catheters.
Physicians may admit patients to the Outpatient Infusion Center from their offices, hospitals, nursing homes, or emergency rooms for infusion therapy. The Center provides the following therapies:
- Antibiotic therapy
- Remicade
- Chemotherapy
- Lumbar puncture
- Blood and blood product transfusion
- Prolastin (alpha-1-proteinase inhibitor) therapy
- SQ/IM injections
- Rabies vaccine series
- Therapeutic phlebotomy
- Wound care & local injections
- Central Line Management
- Vancomycin dosing per Inpatient Pharmacy
- Thoracentesis/paracentesis
- Tetanus injection
- Solumedrol
- Other services as indicated
Hanover Medical Park Outpatient Infusion Center General Information
Our facility includes 2 private rooms with cushioned electronic beds, and 6 recliner chairs with curtained separators. Each treatment area is equipped with a TV and remote control, wireless Internet access, telephone and room for a visitor. Coffee, tea, sodas and juice, as well as crackers and peanut butter, are available at no charge. Patients may bring a snack or lunch and are welcome to use the microwave. Please dress comfortably.
8262 Atlee Road, Suite 206
Mechanicsville, VA 23116
Saturday – Sunday; 8:00am - 12:00noon
Bremo Road Outpatient Infusion Center
Our facility includes 6 private rooms with cushioned electronic beds, and 2 private rooms with recliner chairs. Each private room is equipped with a TV and remote control, VCR, telephone and enough room for a visitor. A semi-private 4-recliner chair area, with curtained separators is available as needed. Coffee, tea, sodas and juice, as well as crackers and peanut butter, are available at no charge. Patients may bring a snack or lunch and are welcome to use the microwave. Please dress comfortably.
Bremo Road Outpatient Infusion Center
5875 Bremo Road, Suite G-6
Richmond, VA 23226
Saturday – Sunday; 8:00am - 12:00noon
Download the Outpatient Infusion Center brochure >>
- Diagnostic
- Treatment
- Comfort Care
- Cancer Institute at St. Francis
- Infusion Services
in Our Health Library
