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Query: UMLS:C0020505 (hyperphagia)
 6,116 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A caseof a pregnant woman who developed a rare amlignancy during pregnancy is discussed. The malignancy was diagnosed with the help of sonogram work. It was deemed necessary that chemotherapy and hyperalimentation be tried, in order to sustain the pregnancy to term. Details of the treatment are described. It is important that lipids not be used in hyperalimentation because excess amounts can be harmful tot he fetus. Certain types of chemicals should be administered during the 1st trimester of pregnancy because they may cause fetal malformation. In discussion following the article, other doctors agreed that hyperalimentation was a correct course of therapy. 1 doctor indicated that abortion and active treatment of the cancer are preferable to maintenance with chemotherapy.
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PMID:The use of hyperalimentation and chemotherapy in pregnancy: a case report. 676 33

To treat advanced breast cancer that proved refractory to endocrine therapy or other forms of chemotherapy, we administered intravenous administration of adriamycin every 3--4 weeks, in principle, at a dose of 100 mg per 50 kg body weight (total dose, 300--400 mg). At the same time, 50 mg of cyclophosphamide was administered orally every day. In all cases, concomitant hyperalimentation treatment, which is considered an effective method for ameliorating the toxicity of the chemotherapeutic treatment, became necessary. Of 13 cases so treated, 10 showed significant improvement. It was almost impossible in general to administer such a dosage of adriamycin with cyclophosphamide to Japanese patients with advanced breast cancer, since the treatment brought on severe side effects such as depletion of oral intake and suppression of bone marrow function.
Cancer 1980 Aug 15
PMID:Combined treatment by chemotherapy and intravenous hyperalimentation in Japanese patients with advanced breast cancer. 677 95

Effects of nutritional repletion with intravenous hyperalimentation (IVH) on sequential skin test reactivity were evaluated in 160 malnourished cancer patients undergoing chemotherapy (76 patients), surgery (49 patients), radiation therapy (20 patients) and supportive care (15 patients). In the chemotherapy group, 45 patients had negative reactions initially, and 25 patients (55%) had at least one skin test convert to positive in an average period of 19 days of IVH. In the surgery group, 23 patients (46%) were initially positive and remained positive, 13 patients (24%) converted from negative to positive, and 13 patients (30%) remained negative or converted to negative. Postoperative complications occurred in 25% of positive reactors, compared with 69% (p < 0.01) of negative reactors. In the radiation therapy group, the skin tests of six patients (30%) remained positive, three patients (15%) converted from negative to positive and the skin tests of nine patients (45%) remained negative. In the supportive care group, the skin tests of 73% of the patients either remained positive or converted to positive with IVH within an average period of 11 days of treatment. Nutritional therapy with IVH was associated with restored skin test reactivity in 51% of malnourished cancer patients undergoing oncologic therapy. Radiation therapy was generally immunosuppressive despite adequate nutritional repletion. In surgical patients, positive skin test reactivity correlated directly with a favorable response to operative therapy.
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PMID:Intravenous hyperalimentation. Effect on delayed cutaneous hypersensitivity in cancer patients. 677 15

The effect of intravenous hyperalimentation on the nutritional status of 84 cancer patients treated at the Istituto Nazionale Tumori, Milan, has been evaluated. The body weight increased in 78% of patients, mid upper arm circumferance in 93%, triceps skinfold in 73%, mid upper arm-muscle circumference in 73%, creatinine/height index in 30%, serum albumin in 32%, transferrin in 35%, total peripheral lymphocytes in 38%. Lymphocyte blastogenesis increased in 74% of the patients examined and skin tests were converted from negative to positive in about 20% of patients. In addition 8 our of 18 patients responsive to IVH benefited from chemotherapy and/or radiotherapy indicating that the nutritional repletion of the host did not significantly affect the growth of the tumor. These findings support the opinion that neoplastic cachexia may depend partially on malnutrition and can be often reversed by IVH. Moreover, IVH might have an adjunctive role as potentiator of chemotherapy which however must be confirmed by clinical trials.
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PMID:Effect of supportive intravenous hyperalimentation on the nutritional status of cancer patients. 677 22

The nutritional status of the patient with cancer of the head and neck is subject to multiple stress. The nutritional status of such a patient is an admixture of the patient's personal hygiene, his or her neoplasm, the treatment of his or her neoplasm, and the complications of such treatment. It has been suggested the restoration of positive nitrogen balance through aggressive nutritional hyperalimentation will restore immunocompetence, enhance the clinical response to treatment, and reduce the frequency of complications. Despite this anecdotal data, controlled studies are needed to show that significant benefit to the patient will justify the added costs of nutritional support in terms of manpower costs, additional days of hospitalization, and increased monies spent on elemental diets.
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PMID:The nutrition problem in head and neck cancer. 678 36

Because protein-calorie undernutrition is common in patients with neoplastic disease, nutritional support is often recommended. It is uncertain, however, that methods of supplemental alimentation successful in noncancerous subjects are suitable in cancer patients. We measured elemental balances, serum proteins, anthropometrics (triceps skinfold and mid-arm muscle area), and creatinine/height ratio in 15 undernourished patients with advanced cancer and in 10 noncancer undernourished controls during central venous or enteral hyperalimentation and found the following. (a) During central venous hyperalimentation, cancer patients showed significantly less improvement than the noncancerous controls in body weight (median increment, 5 kg in cancer patients and 8.5 kg in noncancerous), albumin (0.1 g/dl in cancer patients and 0.5 g/dl in noncancerous patients), creatinine/height ratio (4% of standard in cancer and 10% of standard in noncancer), and mid-arm muscle area (4% of standard in cancer and 11% of standard in noncancer). During enteral hyperalimentation, gains in body weight and albumin by cancer patients were significantly inferior to those in noncancerous subjects. Triceps skinfold increments, in contrast, were similar during both central venous and enteral hyperalimentation for cancer and noncancerous patients. (b) While nitrogen retention was similar in cancer and noncancer patients, the cancer group retained significantly less magnesium and phosphorus (delta Mg in cancer patients, 3.2 mEq/day central, -2.7 mEq/day enteral; delta Mg in noncancer patients, 11.9 mEq/day central, 10.1 mEq/day enteral; delta P in cancer patients, 0.13 g/day central, 0.07 g/day enteral; delta P in noncancer patients, 0.27 g/day central, 0.33 g/day enteral). The poorer balances of cancer patients were caused by increased urinary, not fecal, loss. These findings indicate a partial block in repletion of lean body mass or abnormal composition of newly deposited lean body mass when undernourished patients with advanced cancer receive hyperalimentation.
Cancer Res 1981 Jun
PMID:Hyperalimentation of the cancer patient with protein-calorie undernutrition. 678 32

Serial anthropometrics, creatinine-height ratios. serum albumin levels, and elemental balances were compared for cachectic cancer and noncancer patients receiving hyperalimentation. Cancer patients compared unfavorably in all measurements except triceps skinfold increments, which were equal for both groups, suggesting that weight gain in cancer patients represented repletion of fat rather than restoration of normal lean body mass.
Cancer Res 1982
PMID:Hyperalimentation in the undernourished cancer patient. 679 90

Forty-nine patients with small cell bronchogenic carcinoma (23 limited and 26 extensive disease) received their first two of three courses of intensive remission induction chemotherapy with (21 patients) or without (28 patients) intravenous hyperalimentation (IVH). The chemotherapy included six remission induction courses with ECHO (epipodophyllotoxin VP-16-213, cyclophosphamide, hydroxydaunorubicin, oncovin), followed by six courses of maintenance with PRIME (procarbazine, ifosfamide, methotrexate). Prophylactic brain irradiation (3000 r/2 weeks) was given to all patients and those with limited disease received chest irradiation (5000 r/5 weeks) at the completion of ECHO. Thus far, all 30 patients who have completed three courses of ECHO have responded with complete (70% CR) or partial (30% PR) remissions. The CR rate was higher for patients receiving IVH (85% vs 59%, P = 0.25). Myelosuppression was pronounced and predominantly in the form of neutropenia. Median lowest neutrophil counts were zero during each of the three courses of ECHO and lasted a median of 5 days at levels less than 500/mm3. Major infections occurred in 21% of courses. The administration of IVH did not ameliorate the hematologic, gastrointestinal, and infectious morbidity of ECHO chemotherapy. However, it resulted in preservation of body weight (P less than 0.01) and improved skin reactivity to a battery of six skin antigens (P = 0.03). The administration of intensive therapy with ECHO +/- IVH was well tolerated and resulted in high CR rates in patients with small cell bronchogenic carcinoma. The administration of IVH was most helpful in preventing severe weight loss and augmenting response to a battery of skin antigens. The long term survival effects of these observations are yet to be determined.
Cancer Treat Rep 1981
PMID:Role of intravenous hyperalimentation as an adjunct to intensive chemotherapy for small cell bronchogenic carcinoma. 680 24

Total parenteral nutrition (TPN) is a clinical adjunct to cancer therapy. But it is difficult to do controlled clinical studies on cancer patients undergoing TPN. We therefore turned to a study of TPN on Buffalo strain rats with and without a Morris 7777 transplantable hepatoma. Our results showed that TPN at higher than normal levels (total parenteral hyperalimentation, abbreviated TPH) supported a gain in body weight of nontumorous rats. In tumorous rats, TPH supported body weight gain and stimulated tumor growth. Detailed analysis showed the TPH of the rats with a large rapidly growing hepatoma did gain body weight associated with fluid retention while the carcass weight decreased. Nor did TPH of tumorous rats significantly reverse the low cell proliferative activity to ear epidermis attributed to the tumor though it did stimulate tumor cell proliferation. Thus TPH by itself did not overcome wasting due to presence of the tumor. Using the hypothesis that uncontrolled gluconeogenesis is linked to cancer cachexia, we combined TPH with inhibition of gluconeogenesis (using hydrazine sulfate) and prevented the carcass weight loss (cachexia) in the tumorous rats. Tumor growth was stimulated by this treatment. Stimulation of cell proliferation in the tumor can, however, benefit chemotherapy using an S phase or cell cycle-specific cytotoxic drug.
Cancer Treat Rep 1981
PMID:Effect of total parenteral nutrition on tumor-host responses in rats. 680 28

The effects of combined nutritional support (parenteral, enteral, and oral) were measured in cancer patients unable to maintain normal alimentation. Changes in body composition were quantified by measurement of total body levels of nitrogen, potassium, water, and fat. The protein-calorie intake of the patients was also evaluated by dietary survey (4-day recall). Standard anthropometric and biochemical measurements for nutritional assessment were obtained for comparison. The dietary evaluation indicated that the dietary supplementation for all patients was more than adequate to meet their energy requirements. Almost all patients gained weight on the combined nutritional support regimens. Determination of body composition indicated that change in body weight was equal to the sum of the changes in body protein, total body water, and total body fat. The findings from the anthropometric nutrition indices (arm muscle circumference and triceps skinfold) were consistent with the results of the body composition study. Information on the nature of the tissue gained was obtained by comparison of body composition data with the ratio of protein:water:lean body mass for normal tissue. The mean gain of protein in the cancer patients was quite small (0.3-0.6 kg). The main change in body weight appeared to be the result of gains in body water and body fat. The total body nitrogen to potassium ratio served to define the extent of tissue anabolism following hyperalimentation. The ratio dropped in the cancer patients following hyperalimentation toward the value of the control subjects on ad libidum diets. The body compartment techniques described have demonstrated their usefulness in determining the effects of hyperalimentation on cancer patients.
Nutr Cancer 1982
PMID:Changes in body composition of cancer patients following combined nutritional support. 681 45


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