Ignite Creation Date:
2024-05-06 @ 8:03 PM
Last Modification Date:
2024-10-26 @ 3:19 PM
Study NCT ID:
NCT06233825
Status:
RECRUITING
Last Update Posted:
2024-02-07
First Post:
2024-01-19
Brief Title:
Nutritional Intervention to Enhance Recovery After Arthroscopic Knee Surgery in Adults
Sponsor:
Dr Chris McGlory PhD
Organization:
Queens University
Study Overview
Official Title:
Nutritional Intervention to Enhance Recovery After Arthroscopic Knee Surgery in Adults A Randomized Controlled Feasibility Pilot Trial
Status:
RECRUITING
Status Verified Date:
2024-02
Last Known Status:
None
Delayed Posting:
No
If Stopped, Why?:
Not Stopped
Has Expanded Access:
False
If Expanded Access, NCT#:
N/A
Has Expanded Access, NCT# Status:
N/A
Acronym:
None
Brief Summary:
Loss of skeletal muscle mass atrophy and strength in the lower limb are consequences of elective knee surgery as result of prolonged disuse from limb immobilization and impaired mobility as well as pathophysiological trauma The highest rates of skeletal muscle mass and strength loss occur during the 2-week post-surgery period considered the early phase of outpatient recovery Alternative to resistance exercise and pharmacology nutritional intervention represents one strategy to combat skeletal muscle disuse atrophy
Essential amino acids EAA and omega-3 fatty acids are known to independently potentiate rates of skeletal muscle protein synthesis and attenuate skeletal muscle atrophy in humans However the combined actions these nutritional strategies on skeletal muscle have not been explored in a pathophysiological context such as surgery With the ultimate goal to test the efficacy of the combined nutritional strategy to attenuate skeletal muscle disuse atrophy in the future the aim of this present pilot study is to explore the feasibility of recruitment and retention of anterior cruciate ligament reconstruction ACLR outpatients from a single centre across 18 months for a 6-week nutritional intervention Participants will consume either an intervention of omega-3 fatty acids and EAAs or a placebo control of safflower oil and non-essential amino acids NEAA for 4 weeks before and 2 weeks after elective ACLR surgery Furthermore this pilot will characterize secondary outcomes of skeletal muscle mass strength and power and integrated rates of muscle protein synthesis as well as report participant adherence to protocols and incidence of adverse events
Essential amino acids EAA and omega-3 fatty acids are known to independently potentiate rates of skeletal muscle protein synthesis and attenuate skeletal muscle atrophy in humans However the combined actions these nutritional strategies on skeletal muscle have not been explored in a pathophysiological context such as surgery With the ultimate goal to test the efficacy of the combined nutritional strategy to attenuate skeletal muscle disuse atrophy in the future the aim of this present pilot study is to explore the feasibility of recruitment and retention of anterior cruciate ligament reconstruction ACLR outpatients from a single centre across 18 months for a 6-week nutritional intervention Participants will consume either an intervention of omega-3 fatty acids and EAAs or a placebo control of safflower oil and non-essential amino acids NEAA for 4 weeks before and 2 weeks after elective ACLR surgery Furthermore this pilot will characterize secondary outcomes of skeletal muscle mass strength and power and integrated rates of muscle protein synthesis as well as report participant adherence to protocols and incidence of adverse events
Detailed Description:
Over their lifespan many individuals experience episodes of skeletal muscle-disuse due to illness injury or elective surgery Periods of prolonged skeletal muscle disuse such after ACLR result in the loss of skeletal muscle mass atrophy and strength Skeletal muscle disuse precipitates several metabolic and functional impairments Importantly as the Canadian health care system shifts towards day surgeries and outpatient settings as opposed to in-hospital care the development of patient-led strategies to mitigate skeletal muscle disuse atrophy has become increasingly vital
For most ACLR outpatients resistance exercise is not feasible in the immediate 2-week post-surgical period during which the rates of skeletal muscle mass and strength loss are highest Outside of pharmacology nutrition represents one alternative strategy to combat skeletal muscle-disuse atrophy during this time Previous work reported that daily supplementation with EAA prior to and after total knee arthroplasty surgery attenuated skeletal muscle atrophy and enhanced recovery of functional mobility in adults Similarly chronic daily supplementation with omega-3 fatty acids reduced declines in quadriceps volume in healthy young women during single-leg immobilization This finding complemented previous work in which supplementation with omega-3 fatty acids potentiated muscle protein synthesis rates in response to an hyperaminoacidemic-hyperinsulinemic clamp but not fasting rates in healthy younger middle-aged and older adults while it additionally improved skeletal muscle strength and power Together these data suggest that combined intake of omega-3 fatty acids and EAAs may be an effective strategy to combat skeletal muscle-disuse atrophy and perhaps loss of skeletal muscle strength in response to ACLR
Whilst there is a growing body of literature to promote EAA and omega-3 fatty acids as anabolic stimuli no work has explored the combined effect of these nutritional strategies in the pathophysiological context of surgery Nutritional strategies represent an accessible treatment for skeletal muscle disuse atrophy that is independent of patient age mobility or current health status which could prove favourable for surgical outpatients as well as individuals experiencing periods of prolonged immobilization or bed rest The future goal of this design is to test efficacy of the combined nutritional strategy of daily omega-3 fatty acid and EAA supplementation to attenuate of skeletal muscle disuse atrophy following elective knee surgery However the aim of the present randomized controlled pilot trial is to explore the feasibility of recruitment and retention of adult ACLR outpatients from a single centre across 18 months for a protocol that prescribes combination omega-3 fatty acid and EAA supplementation vs a calorie- and nitrogen-matched placebo control supplement 4 weeks before and 2 weeks after ACLR surgery This pilot will also characterize measurements of skeletal muscle volume strength and function and integrated rates of skeletal muscle protein synthesis as well as report participant adherence to protocols and the incidence of adverse events The investigators envisage that the data generated from this trial will be used to inform the future large scale randomized controlled trial RCT that will examine the effect of the combined nutritional intervention on skeletal muscle volume and functional outcomes in response to ACLR The results of future work may inform clinical practice and outpatient care guidelines to minimize loss of skeletal muscle mass and strength in response to elective surgery
For most ACLR outpatients resistance exercise is not feasible in the immediate 2-week post-surgical period during which the rates of skeletal muscle mass and strength loss are highest Outside of pharmacology nutrition represents one alternative strategy to combat skeletal muscle-disuse atrophy during this time Previous work reported that daily supplementation with EAA prior to and after total knee arthroplasty surgery attenuated skeletal muscle atrophy and enhanced recovery of functional mobility in adults Similarly chronic daily supplementation with omega-3 fatty acids reduced declines in quadriceps volume in healthy young women during single-leg immobilization This finding complemented previous work in which supplementation with omega-3 fatty acids potentiated muscle protein synthesis rates in response to an hyperaminoacidemic-hyperinsulinemic clamp but not fasting rates in healthy younger middle-aged and older adults while it additionally improved skeletal muscle strength and power Together these data suggest that combined intake of omega-3 fatty acids and EAAs may be an effective strategy to combat skeletal muscle-disuse atrophy and perhaps loss of skeletal muscle strength in response to ACLR
Whilst there is a growing body of literature to promote EAA and omega-3 fatty acids as anabolic stimuli no work has explored the combined effect of these nutritional strategies in the pathophysiological context of surgery Nutritional strategies represent an accessible treatment for skeletal muscle disuse atrophy that is independent of patient age mobility or current health status which could prove favourable for surgical outpatients as well as individuals experiencing periods of prolonged immobilization or bed rest The future goal of this design is to test efficacy of the combined nutritional strategy of daily omega-3 fatty acid and EAA supplementation to attenuate of skeletal muscle disuse atrophy following elective knee surgery However the aim of the present randomized controlled pilot trial is to explore the feasibility of recruitment and retention of adult ACLR outpatients from a single centre across 18 months for a protocol that prescribes combination omega-3 fatty acid and EAA supplementation vs a calorie- and nitrogen-matched placebo control supplement 4 weeks before and 2 weeks after ACLR surgery This pilot will also characterize measurements of skeletal muscle volume strength and function and integrated rates of skeletal muscle protein synthesis as well as report participant adherence to protocols and the incidence of adverse events The investigators envisage that the data generated from this trial will be used to inform the future large scale randomized controlled trial RCT that will examine the effect of the combined nutritional intervention on skeletal muscle volume and functional outcomes in response to ACLR The results of future work may inform clinical practice and outpatient care guidelines to minimize loss of skeletal muscle mass and strength in response to elective surgery
Study Oversight
Has Oversight DMC:
None
Is a FDA Regulated Drug?:
False
Is a FDA Regulated Device?:
False
Is an Unapproved Device?:
None
Is a PPSD?:
None
Is a US Export?:
None
Is an FDA AA801 Violation?:
None