Evidence supporting the use of: Fatty acids
For the health condition: Convalescence
Synopsis
Source of validity: Scientific
Rating (out of 5): 3
Fatty acids, particularly omega-3 and omega-6 polyunsaturated fatty acids, have scientific evidence supporting their use in the context of convalescence (the recovery period following illness or surgery). Research suggests that these essential fatty acids play key roles in immune modulation, inflammation reduction, and cell membrane repair, all of which can be beneficial during recovery. Clinical studies have shown that supplementation with omega-3 fatty acids may improve outcomes in patients recovering from critical illness, trauma, and surgical procedures by reducing the risk of infection, supporting muscle preservation, and promoting wound healing. For example, a number of randomized controlled trials have demonstrated that enteral nutrition supplemented with omega-3 fatty acids can decrease the length of hospital stay and the incidence of complications in postoperative and critically ill patients.
However, while the evidence is promising, it is not universally conclusive for all forms of convalescence, and the benefit may depend on the patient population and specific health context. Systematic reviews highlight variability in outcomes, with some studies showing significant benefits while others do not. Overall, the mechanistic rationale and clinical data justify a moderate level of confidence (score 3) in the use of fatty acids for supporting convalescence, especially in individuals with increased metabolic demands or inflammatory states during recovery.
Other ingredients used for Convalescence
AlbuminAlcohol
Algae
Algal protein
Alkylglycerols
Aloe vera
alpha-ketoglutarate (AKG)
ambergris
amino acids
Andrographis
animal protein
animal Tissue
antler
arabinogalactan
astaxanthin
astragalus
Auricularia
bacteria
BCAA
bee pollen
beef
Beef liver
Beef Protein
beta-glucan
bilberry
bird\'s nest
black currant
blackthorn
bone marrow
bovine
bovine liver
bovine protein
branched-chain amino acids
Bupleurum
bupleurum falcatum
butter
cat's claw
caterpillar mushroom
Centella asiatica
Chinese mountain ant
Chinese pond turtle
chlorella
cistanche
Codonopsis
colostrum
cordyceps
coriolus mushroom
D-Ribose
dialyzable leukocyte extract
Dipeptide
egg
Egg protein
elderberry
eleuthero
elk antler
Euglena gracilis
fat liver oil
fatty acids
fibroblast growth factor
fish protein
flat-stem milk-vetch
fulvic acid
ganoderma
garlic bulb
ginger
Globulins
Glucan peptides
Glutamine
Glutathione
Gnaphalium
goji berry
gotu kola
grape
green tea
haliotis
HMB hydroxymethylbutyrate
hydroxymethylbutyrate
iron
jiaogulan
L-alanyl-L-glutamine
L-cysteine
L-glutamine
L-glycine
lactalbumin
Lactoferrin
lactoglobulin
Lentinula edodes mycelia
leucine alpha-ketoglutarate
licorice root
lingzhi
lipids
liquid liver fractions
malt
Marine protein
Milk
Milk Protein
Mineral ascorbate
Mistletoe
ornithine alpha-ketoglutarate
Peptides
pollen
polysaccharides
pomegranate
protein
pyrroloquinoline disodium salt
quail egg
Quinoa Protein
reishi mushroom
royal jelly
Rubia yunnanensis
Sarivan
Shark Liver Oil
shiitake mushroom
Smartweed
spirulina
Trametes
turmeric
vitamin C
vitamin D
Whey protein
Zinc
Other health conditions supported by fatty acids
AcneAlzheimer's Disease
Anxiety
Arthritis
Asthma
Attention Deficit Disorder
Autism
Autoimmune Disorders
Bipolar Mood Disorder
Cancer (natural therapy for)
Cancer (prevention)
Cancer Treatment (reducing side effects)
Cardiovascular Disease
Cholesterol (high)
Circulation (poor)
Congestive Heart Failure
Convalescence
Dementia
Depression
Dermatitis
Diabetes
Eczema
Endometriosis
Epilepsy
Exercise
Fatigue
Fatty Liver Disease
Free Radical Damage
Hair (loss or thinning)
Heart (weakness)
Heart Fibrillation or Palpitations
