Sesquiterpenoid compounds and method for using such compounds to inhibit proliferation of malignant cells without inducing appreciable systemic cytotoxicity are disclosed. The compositions and methods presented also greatly reduce the duration of administration regimens compared to prior art and provide novel synergistic uses in combination with prior art chemotherapeutics.
Sesquiterpene epoxide compounds (trichothecenes) and methods for administering such compounds to inhibit proliferation of psoriatic cell populations in the epidermis are disclosed.
Compositions And Methods For Epidermal Chemexfoliation
Sesquiterpene epoxide compounds (trichothecenes) and methods for administering such compounds to chemexfoliate selected epidermal cell populations are disclosed.
A device for localized delivery of drugs into a user definable, three dimensional area within a tissue mass comprising a means for securely housing a plurality of hypodermic needles, a means of impaling and retracting the hypodermics into a tissue mass, and a means of injecting the contents of the hypodermics as they are being retracted.
Cancer Accelerants And Phase Synchronization Methods
The invention discloses compositions and methods for increasing chemotherapeutic specificity to endocrine dependent cancers, and reducing systemic toxicity, through administration of endocrine hormones in conjunction with administration of phase specific chemotherapeutics. The invention also discloses why prior art phase specific chemotherapeutic regimens fail to achieve high cure rates for cancer. The failure relates to the Gompertzian acceleration, or reduction in cancer cell cycle time, induced by the chemotherapeutic reduction of tumor size, which in turn results in the cancers lack of phase synchronicity to subsequent administrations of the phase specific chemotherapeutic(s). The invention discloses how to avoid this failure in endocrine dependent cancers by using endocrine blockers between chemotherapeutic administrations to halt the cancer cells from passing the S-Phase and then using endocrine hormones to restart and accelerate S-Phase progression in conjunction with administration of appropriate phase specific chemotherapeutic(s).
Compositions And Methods For Apoptotic Chemosurgery
Sesquiterpene epoxide compounds (trichothecenes) and methods for administering such compounds to achieve apoptotic ablation of internal organs or internal non-malignant cell populations are disclosed.
Inhalable Inhibitors Of Inflammation In The Respiratory Tract
Sesquiterpene epoxide compounds (trichothecenes) and methods for administering such compounds by inhalation to inhibit inflammatory responses in the respiratory tract are disclosed.
Sesquiterpene epoxide compounds (trichothecenes) and methods for administering such compounds by inhalation for chemical debridement of cells in the lungs of COPD patients are disclosed.