Head & Neck Cancer

Two hundred sixty-five patients with head and neck cancer who had previously participated in either a fixed-dose, dose-titration, or dose-ranging trial of oral pilocarpine hydrochloride tablets were enrolled in a 36-month

The impact of neck stage (N stage) on local control after treatment for head and neck cancer is controversial. This article reviews the pertinent literature. Based on this review, the authors conclude that although N stage

The paper by Mendenhall et al addresses a very debatable issue, ie, the influence of nodal stage on local control for head and neck carcinomas treated by radiotherapy. The paper is well written and appropriately referenced, and the authors fairly conclude that, based on currently available data, nodal stage has no clear impact on the probability of primary local control after radiotherapy.

The widespread use of the TNM staging system has helped standardize the classification of cancers. Despite its excellence in describing a tumor's size and extent of anatomic spread, the TNM system does not account for the clinical biology of the cancer.

Dr. Piccirillo presents an interesting concept. Although the knowledge that comorbidity and severity of symptoms have a bearing on the prognosis of a patient with cancer is not new, the attempt to measure this influence and include it into a reproducible staging system is commendable.

The tumor, node, metastases (TNM) cancer staging system is widely accepted by physicians as a predictor of prognosis and as a guide to therapy. Multiple national and international organizations, including the American Joint Committee on Cancer and the TNM Committee of the International Union Against Cancer have periodically evaluated and revised this international staging system since it was first proposed over four decades ago [1].

Drs. Ambrosch and Brinck appropriately emphasize the problems and limitations encountered when using routine pathologic procedures to examine lymph nodes from head and neck cancer specimens. Extraordinary processing techniques have repeatedly yielded a larger number of small nodes and, on occasion, have demonstrated the presence of micrometastases. The majority of these observations come from examination of breast specimens and their axillary dissections. Labor-intensive clearing techniques have varied to some extent, but generally involve progressive removal of opaque fat with alcoholic solvents of increasing percentages culminating in absolute alcohol (100%). Final visualization involves submerging the defatted specimen in cedarwood oil, followed by careful examination and dissection of the backlighted specimen.

MENLO PARK, Calif--Matrix Pharmaceutical, Inc. has begun phase III clinical testing of its IntraDose-CDDP injectable gel (see image) for treatment of recurrent head and neck cancer and other accessible tumors.

Management of the neck lymph nodes is a critical factor in the success of treatment for patients with malignant head and neck tumors. Recurrence in the neck is an important cause of treatment failure, second in frequency only to recurrence at the primary site [1,2].

Dr. Stringer has done an excellent job of reviewing the anatomic, biologic, diagnostic, and therapeutic considerations that impact on the management of nodal metastases from head and neck malignancies. This is a thorough summary of the current

This article will address modified, selective, and radical neck dissection as well as other surgical considerations, and will review the surgical techniques currently available for neck treatment.