| The Department of Pathology & Laboratory Medicine at Lexington Medical Center is staffed by
eight pathologists, each board certified in both anatomic and clinical pathology. For a fine acute care community hospital with one of the busiest Emergency Departments in South Carolina, the group has determined to emphasize broad general competence. However, as to cancer, special competence and focus is directed toward prostate cancer, breast cancer, skin cancer, cervical cancer, lung cancer, gastrointestinal cancer, and lymphoma.
Laboratory Testing:
Our laboratory has been deliberately arranged to function almost
entirely as a 24-hour-per-day STAT laboratory, allowing for
optimum laboratory monitoring of patients undergoing
chemotherapy. Specialized testing for infections in
immunocompromised patients is rapidly available on-site.
Transfusion
Support:
Predominantly supported by the American Red Cross Blood Donor Program,
our transfusion service regularly meets the demand for transfusion
products. Our program was one of the first in South Carolina to
provide a hospital-based autologous transfusion service for
preoperative deposits of one's own blood and re-transfusion as well as
intra-operative autotransfusion. That is, we are fully capable of
maximizing the usage of a patient's own blood.
Prostate
Cancer:
Aside from having developed, maintained and published an optimized
procedure for handling the office-based prostate biopsies, we have
emphasized the interpretation and utilization of the diagnostic
information toward a highly dependable assessment of pretreatment
stage and grade of prostate cancer. Diagnoses are faxed to the
urologist's office by noon the next day. Through mapping of the biopsy
findings and a unique presentation of the information to the
radiologist, an ideal method is established for correlating the biopsy
findings to those findings by endorectal-coil-MRI scanning and
interpretation in our radiology department. This allows a fairly exact
pretreatment determination of the prostate cancer stage. The patient
is then better able to consider treatment alternatives with his
urologist. If radical prostatectomy is performed, we thoroughly
document the exact location and extent of the cancer within the
resected specimen so that thorough evidence is available to consider
any need for additional post-operative treatment.
Lung
Cancer:
Our
hospital initiated a systematic approach to the evaluation of a
patient with a lung mass in the fall of 1995. In January of 1996, this
evolved into a very efficient concept of Center for Lung Evaluation
and Treatment at the CLEAT Program. Though the program was
discontinued, lung mass patients are supported by a maximized effort
toward a focused and highly expeditious outpatient diagnosis for
collaboration toward optimized treatment. Our department has devised
processing techniques that have allowed us to make the correct
diagnosis in an unusually high percentage of first attempts at either
fine needle biopsy or bronchoscopic biopsy as outpatients.
Breast
Cancer/GI Cancers:
Our group employs special techniques to maximize the preservation and
recovery of lymph nodes for a most accurate approach to cancer staging
in radical resections. Office-based and hospital-based diagnostic
needle aspirates and core biopsies are processed with a high degree of
emphasis on accurate diagnosis and rapid transfer of the diagnosis to
the treating physician. Diagnostic information on breast specimens is
reported to the physician's office either the same day or next day.
This same rapid- diagnosis system supports all breast specimens and
breast fluid analysis, fine-needle aspirates, standard needle
biopsies, stereotactic CT-guided biopsies, ultrasound guided biopsies
and lumpectomies off all types. In November 2002 we instituted an
"intense protocol for lymph nodes in breast and melanoma cases."
Pap Smears:
This test has been the most successful cancer-screening test in
history, and we have not yet found a "new" technique which can excel
our cost- effective classical screening. Early in 2002, we implemented
liquid-based sample processing. And mid-year 2002, we implemented
supplementary robotic image analyzer screening of all cases (the 1st
lab in South Carolina to do so).
Skin
Cancer:
Skin cancer can be variously treated by surgery or radiation therapy.
For 20 years, our group has been involved in supporting
doctors-office-based surgical treatment of ordinary and complicated
skin cancers utilizing a pathology-specimen mapping technique that
allows the surgeon to conserve as much normal skin as possible. Since
a high percentage of skin cancers occur on the head and face,
conservation of skin is highly important. As an alternative to either
surgical resection or the staged removal of additional tissue to
remove any remaining cancer, superficial or deeper (linear
accelerator) x-ray therapy is available. Our program is one of the few
in the state in which the radiation oncologist has the equipment and
extensive experience to employ the skin-conserving method of
superficial x-ray therapy.
Consultant
Networking:
Since 1972, we have steadily maintained relationships with world class
experts for accurate cancer diagnosis and specification of rare types
of cancer. Having emphasized optimal handling and processing of
specimens in our lab, the opinions of these experts are only 24 hours
away in any location in the USA. We began e-mail consults in 2004.
Online Resource: Our
pathology group now provides a website,
www.palpath.com, with over 400
pages of information (a great deal of it about cancer and our
methods of working with and reporting on, cancer cases). Use
its search feature for any topic of interest. |