19 January 2021>: Human Study
Examining the Beneficial Aspects of Nutritional Guidance Using Estimated Daily Salt Intake in Cancer Patients with Ischemic Heart Disease
Takashi Aoyama 1ABCDEF* , Takuya Oyakawa 2B , Akifuimi Notsu 3C , Emi Oiyama 4B , Masao Hashimoto 4B , Reiko Suzuki 5E , Kei Iida 6BDOI: 10.12659/MSMBR.927719
Med Sci Monit Basic Res 2021; 27:e927719
Table 2 Comparison between the improved group and the nonimproved group for estimated daily salt intake*.
Improved group (n=16) | Nonimproved group (n=11) | P** | |
---|---|---|---|
Male: Female | 12: 4 | 8: 3 | 1.00*** |
Age, years | 74 (63–85) | 74 (67–86) | 0.80 |
Assessment period, days | 31 (7–111) | 43 (21–122) | 0.19 |
BMI, kg/m: T1 | 24.3 (20.2–32.4) | 22.5 (21.5–27.8) | 0.52 |
Bioelectrical impedance analysis | |||
%LBW loss of body weight: T1→T2 | −0.2 (−3.0–3.3) | 0.0 (−5.3–3.2) | 0.94 |
%LSMM: T1→T2 | −0.6 (−20.1–10.1) | 1.8 (−14.8–10.2) | 1.00 |
%LFM loss fat mass: T1→T2 | 1.6 (−24.2–36.8) | 6.1 (−11.9–85.1) | 0.60 |
Biochemical examination (blood) | |||
TC rate of change, %: T1→T2 | −7.9 (−43.0–17.7) | −6.0 (−32.5–28) | 0.69 |
TG rate of change, %: T1→T2 | 27.1 (−39.7–101.3) | −40.3 (−60.6–50) | |
HDL-C rate of change, %: T1→T2 | −3.4 (−42.9–37.1) | 2.2 (−13.2–27.9) | 0.37 |
Estimated daily salt intake rate of change, %: T1→T2 | −25.0 (−75.2––5.4) | 12.4 (2.7–173.7) | |
Stage of cancer | I: 4 | I: 6 | 0.64*** |
II: 5 | II: 2 | ||
III: 1 | III: 1 | ||
IV: 5 | IV: 2 | ||
Unknown site: 1 | |||
Cancer site (digestive and nondigestive) | Lung: 5 | Stomach: 3 | 0.39*** |
Colon: 3 | Liver: 2 | ||
Prostate: 2 | Lung: 2 | ||
Larynx: 2 | Colon: 2 | ||
Bladder: 1 | Uterus: 1 | ||
Stomach: 1 | Thyroid: 1 | ||
Liver: 1 | |||
Esophagus: 1 | |||
BMI – body mass index; HDL-C – high-density lipoprotein cholesterol; LBW – loss of body weight; LFM – loss fat mass; LSMM – loss skeletal muscle mass; TC – total cholesterol; TG – triglyceride. * The data are expressed as median (range); ** values are based on Mann-Whitney test unless otherwise noted; *** value is based on Fisher’s exact test. |