Please check out the following info on use of electric current to shrink tumors and then let me know if want product source info for buying a tumor electrifier.
Summary of the clinical
investigations of DC current against cancer tumors
Science magazine #130, 1959, Humphrey and
Seal
Biophysical Approach Toward Tumor Regression
In Mice
Mice were given implants implants of sarcoma-180.
External electrodes (1" x 1.5") were placed on the skin, one on the tumor
area. 3mA of direct current was applied for 4.8 houra daily for 21 days,
at which time there was 60% total regression (tumor death) in all treated
mice.
Medical Hypotheses (1997) 49, pg 297-300
Targeting a key enzyme in cell growth: A novel
therapy for cancer
This study hypothesizes that the successes of studies
of direct electrical current (DC) against cancer tumors is due to the fact
that DC inhibits the RR enzyme which is necessary for cancer cell growth.
The paper lists other studies with these results; 1) 60% of the treated
mice had their tumors decrease/harden/drop-off using external electrodes
(1x1.5") at 3mA current for 4.8 hours daily for 21 days, 2) 88% tumor
destruction in hamsters using one external electrode and one implanted
needle electrode at 3mA for 1 hour daily for 4 days, 3) 98% average
reduction in tumor size in hamsters using one external electrode and one
implanted needle electrode at 2.4mA for 1 hour daily for 5
days.
Alternative Cancer Treatment with few side effects: The Electro
Carcinoma Therapy (ECT)
This is information from the German
clinic which references a 30% success rate (of total tumor destruction)
that the Chinese had with over 10,000 patients. An additional 40% had reduction
of tumor size. They applied the DC current to platinum wire electrodes, in
the form of needles, injected directly into the tumors. In contrast; the
German Marburg Institute works almost exclusively with metal electrode
plates applied to the skin which gives them the same results. Their
treatments are for 2-3 hours for at least 2 consecutive days. They vary
the current amount according to tumor size and density.