Outcome
Type |
Measure |
Description |
Time frame |
Safety issue |
Other |
Gut microbiota |
Total bacterial DNA was extracted from fecal samples, followed by 16S-targeted amplification, high-throughput sequencing, species annotation and abundance analysis to describe the intestinal microecological structure and diversity of the subjects |
Baseline |
|
Other |
Gut microbiota |
Total bacterial DNA was extracted from fecal samples, followed by 16S-targeted amplification, high-throughput sequencing, species annotation and abundance analysis to describe the intestinal microecological structure and diversity of the subjects |
At 4 months |
|
Other |
Scores of Quality of life |
Quality of life was measured 36-Item Short Form Survey (SF-12) questionnaire. The items are grouped into eight domain scores: physical functioning, role limitations due to physical health, pain, general health, energy, social functioning, role limitations due to emotional problems and emotional well-being. Domain scores can be collapsed to a physical component summary Physical health (PCS) and a mental component summary Mental health (MHS). Each score ranges from 0 to 100, with higher values representing the better self-perceived health-related quality of life. |
Baseline |
|
Other |
Scores of Quality of life |
Quality of life was measured 36-Item Short Form Survey (SF-12) questionnaire. The items are grouped into eight domain scores: physical functioning, role limitations due to physical health, pain, general health, energy, social functioning, role limitations due to emotional problems and emotional well-being. Domain scores can be collapsed to a physical component summary Physical health (PCS) and a mental component summary Mental health (MHS). Each score ranges from 0 to 100, with higher values representing the better self-perceived health-related quality of life. |
At 4 months |
|
Other |
Nutrition condition |
Nutrition condition was measured by MNA-SF questionaire. 12 to 14 points of normal nutritional status; 8 to 11 are at risk of malnutrition; 0 to 7 points malnutrition |
Baseline |
|
Other |
Nutrition condition |
Nutrition condition was measured by MNA-SF questionaire. 12 to 14 points of normal nutritional status; 8 to 11 are at risk of malnutrition; 0 to 7 points malnutrition |
At 4 months |
|
Primary |
Phenotypic Age |
Phenotypic Age=141:50+ln(0.00553*ln(1-xb)). xb=-19:907-0.0336*albuminþ+0.095*creatinine+0.0195*glucose+0.0954*lnCRP-0.0120*lymphocyte percent+0.0268 mean cell volume+0.3356 red blood cell distribution width+0.00188 alkaline phosphatase+0.0554*white blood cell count+0.0804*chronological age |
Baseline |
|
Primary |
Phenotypic Age |
Phenotypic Age=141:50+ln(0.00553*ln(1-xb)). xb=-19:907-0.0336*albuminþ+0.095*creatinine+0.0195*glucose+0.0954*lnCRP-0.0120*lymphocyte percent+0.0268 mean cell volume+0.3356 red blood cell distribution width+0.00188 alkaline phosphatase+0.0554*white blood cell count+0.0804*chronological age |
At 2 months |
|
Primary |
Phenotypic Age |
Phenotypic Age=141:50+ln(0.00553*ln(1-xb)). xb=-19:907-0.0336*albuminþ+0.095*creatinine+0.0195*glucose+0.0954*lnCRP-0.0120*lymphocyte percent+0.0268 mean cell volume+0.3356 red blood cell distribution width+0.00188 alkaline phosphatase+0.0554*white blood cell count+0.0804*chronological age |
At 4 months |
|
Primary |
The levels of SOD |
In serum |
Baseline |
|
Primary |
The levels of SOD |
In serum |
At 2 months |
|
Primary |
The levels of SOD |
In serum |
At 4 months |
|
Primary |
The levels of GSH-Px |
In serum |
Baseline |
|
Primary |
The levels of GSH-Px |
In serum |
At 2 months |
|
Primary |
The levels of GSH-Px |
In serum |
At 4 months |
|
Primary |
The levels of MDA |
In serum |
Baseline |
|
Primary |
The levels of MDA |
In serum |
At 2 months |
|
Primary |
The levels of MDA |
In serum |
At 4 months |
|
Primary |
Carotid thickness of intima media |
ultrasound |
Baseline |
|
Primary |
Carotid thickness of intima media |
ultrasound |
At 2 months |
|
Primary |
Carotid thickness of intima media |
ultrasound |
At 4 months |
|
Primary |
Spontaneous fluorescence of subcutaneous AGEs |
AGEs test |
Baseline |
|
Primary |
Spontaneous fluorescence of subcutaneous AGEs |
AGEs test |
At 2 months |
|
Primary |
Spontaneous fluorescence of subcutaneous AGEs |
AGEs test |
At 4 months |
|
Secondary |
Body composition |
BIA method - fat mass (grams), lean mass (grams) and total mass (grams). |
Baseline |
|
Secondary |
Body composition |
BIA method - fat mass (grams), lean mass (grams) and total mass (grams). |
At 2 months |
|
Secondary |
Body composition |
BIA method - fat mass (grams), lean mass (grams) and total mass (grams). |
At 4 months |
|
Secondary |
Body circumference |
Measured with a soft tape - waist, hip, mid-arm, neck and calf circumference |
Baseline |
|
Secondary |
Body circumference |
Measured with a soft tape - waist, hip, mid-arm, neck and calf circumference |
At 2 months |
|
Secondary |
Body circumference |
Measured with a soft tape - waist, hip, mid-arm, neck and calf circumference |
At 4 months |
|
Secondary |
Gait speed |
6m walking time/speed test |
Baseline |
|
Secondary |
Gait speed |
6m walking time/speed test. |
At 2 months |
|
Secondary |
Gait speed |
6m walking time/speed test. |
At 4 months |
|
Secondary |
The score of the Short Physical Performance Battery (SPPB) |
The SPPB is a composite test that includes assessments of gait speed, a balance test, and a chair stand test. The maximum score is 12 points, and a score of = 8 points indicates poor physical performance. |
Baseline |
|
Secondary |
The score of the Short Physical Performance Battery (SPPB) |
The SPPB is a composite test that includes assessments of gait speed, a balance test, and a chair stand test. The maximum score is 12 points, and a score of = 8 points indicates poor physical performance. |
At 2 months |
|
Secondary |
The score of the Short Physical Performance Battery (SPPB) |
The SPPB is a composite test that includes assessments of gait speed, a balance test, and a chair stand test. The maximum score is 12 points, and a score of = 8 points indicates poor physical performance. |
At 4 months |
|
Secondary |
Time costs of TUG |
For the Timed-Up and Go test, individuals are asked to rise from a standard chair, walk to a marker 3 m away, turn around, walk back and sit down again. |
Baseline |
|
Secondary |
Time costs of TUG |
For the Timed-Up and Go test, individuals are asked to rise from a standard chair, walk to a marker 3 m away, turn around, walk back and sit down again. |
At 2 months |
|
Secondary |
Time costs of TUG |
For the Timed-Up and Go test, individuals are asked to rise from a standard chair, walk to a marker 3 m away, turn around, walk back and sit down again. |
At 4 months |
|
Secondary |
Grip strength |
Calibrated handheld dynamometer. |
Baseline |
|
Secondary |
Grip strength |
Calibrated handheld dynamometer. |
At 2 months |
|
Secondary |
Grip strength |
Calibrated handheld dynamometer. |
At 4 months |
|
Secondary |
Weekly physical activity Energy expenditure |
Activities of daily living (ADL). Weekly physical activity Energy expenditure = Physical activity intensity (MET) * time spent per day * days spent per week (MET= METn HN/h), According to the International Physical Activity Scale (IPAQ), the elderly were divided into three levels of physical activity: low (less than 600 METs/ week), medium (600~3 000 METs/ week) and high (over 3 000 METs/ week) |
Baseline |
|
Secondary |
Weekly physical activity Energy expenditure |
Activities of daily living (ADL). Weekly physical activity Energy expenditure = Physical activity intensity (MET) * time spent per day * days spent per week (MET= METn HN/h), According to the International Physical Activity Scale (IPAQ), the elderly were divided into three levels of physical activity: low (less than 600 METs/ week), medium (600~3 000 METs/ week) and high (over 3 000 METs/ week) |
At 4 months |
|
Secondary |
Pittsburgh sleep quality index (PSQI) |
Items are categorized into seven components: subjective sleep quality, sleep latency, sleep duration, habitual sleep efficiency, sleep disturbances, sleep medication, and daytime dysfunction. The possible score range for each component is 0 (no difficulty) to 3 (severe difficulty). The seven component scores are summed to produce a global score; higher scores represent poorer subjective sleep quality. |
Baseline |
|
Secondary |
Pittsburgh sleep quality index (PSQI) |
Items are categorized into seven components: subjective sleep quality, sleep latency, sleep duration, habitual sleep efficiency, sleep disturbances, sleep medication, and daytime dysfunction. The possible score range for each component is 0 (no difficulty) to 3 (severe difficulty). The seven component scores are summed to produce a global score; higher scores represent poorer subjective sleep quality. |
At 4 months |
|
Secondary |
Score of Montreal Cognitive Assessment (MoCA) |
Scores range from 0-30 (+1 for 12 or fewer years of education); a score of 26 or higher indicates normal cognitive functioning, while a score of 25 or lower indicates impaired functioning. |
Baseline |
|
Secondary |
Score of Montreal Cognitive Assessment (MoCA) |
Scores range from 0-30 (+1 for 12 or fewer years of education); a score of 26 or higher indicates normal cognitive functioning, while a score of 25 or lower indicates impaired functioning. |
At 4 months |
|
Secondary |
The levels of TNF-a in serum |
Suspension array |
Baseline |
|
Secondary |
The levels of TNF-a in serum |
Suspension array |
At 4 months |
|
Secondary |
The levels of IL-1 in serum |
Suspension array |
Baseline |
|
Secondary |
The levels of IL-1 in serum |
Suspension array |
At 4 months |
|
Secondary |
The levels of IL-6 in serum |
Suspension array |
Baseline |
|
Secondary |
The levels of IL-6 in serum |
Suspension array |
At 4 months |
|
Secondary |
The levels of MCP-1 in serum |
Suspension array |
Baseline |
|
Secondary |
The levels of MCP-1 in serum |
Suspension array |
At 4 months |
|
Secondary |
The levels of ICAM-1 in serum |
Suspension array |
Baseline |
|
Secondary |
The levels of ICAM-1 in serum |
Suspension array |
At 4 months |
|
Secondary |
Methylation damage |
Blood sample |
Baseline |
|
Secondary |
Methylation damage |
Blood sample |
At 4 months |
|
Secondary |
The level of telomere repeat binding factors-1 (TRF-1) |
Blood sample |
Baseline |
|
Secondary |
The level of telomere repeat binding factors-1 (TRF-1) |
Blood sample |
At 4 months |
|
Secondary |
The level of telomere repeat binding factors-2 (TRF-2) |
Blood sample |
Baseline |
|
Secondary |
The level of telomere repeat binding factors-2 (TRF-2) |
Blood sample |
At 4 months |
|
Secondary |
The length of Leukocyte telomere |
Blood sample |
Baseline |
|
Secondary |
The length of Leukocyte telomere |
Blood sample |
At 4 months |
|