What if I told you by increasing your protein intake this Winter, you may have a better chance to prevent colds and flus? It's true! It would assist in building your immune system to be strong enough to fight them off quicker than you would expect!
Why Protein?
Studies show that protein malnutrition can impair your immune function. Specifically, this affects your T cells (immune cells which prevent infections) which means you are more susceptible to infections. The good news is arginine a specific amino acid found in high amounts in pea protein is most beneficial to help repair and increase the function of your immune cells to aid in fighting off colds and flus (1).
Immunity, Gut Health & Protein
Once entering your body, protein is broken down by enzymes and your gut lining utilises these amino acids to rebuild its cells. This increases the gut barrier strength to reduce pathogens entering your system. Improving your gut health is also associated with less inflammation in the body which reduces immune system impairment. Fun fact...70% of your immune cells are produced and live in your gut (2).
Now, to the How!
- Add protein powder to your overnight oats, smoothies, chia puddings and cereals.
- Carry snacks in your bag such as natural nuts and protein bars.
- When unwell and eating is difficult, protein shakes are easily digested and are absorbed quickly for your body to use. Use a protein with water to increase your hydration levels at the same time to flush your system.
- Have a protein shake/meal before bed as this will allow the protein to be utilised by your body effectively while your body is at rest.
The Key Take-Away
Protein is more than a macronutrient for fitness. Think bigger! Protein is needed for everyday essential health and wellness!
References
1. Daly JM, Reynolds J, Sigal RK, Shou J, Liberman MD. Effect of dietary protein and amino acids on immune function. Crit Care Med. 1990 Feb;18(2 Suppl):S86-93. PMID: 2105184.
2. Childs, C.E.; Calder, P.C.; Miles, E.A. Diet and Immune Function. Nutrients 2019, 11, 1933. https://doi.org/10.3390/nu11081933
583 comments
DpeOlRnNr
xRydYzHnbM
xRydYzHnbM
GbQYTroRSyjEq
ipEnFZqRIbuXfLMC
ipEnFZqRIbuXfLMC
HMoDJrhxKRtuLfQ
KAFhrwBNtM
KAFhrwBNtM
IVDNhKBm
hrYkfGmBOpV
hrYkfGmBOpV
dkQawUzfMeDAuX
MaPXxchfZ
MaPXxchfZ
kTlEwaxrSQcpMfA
siSrZgPOkRhKuMx
siSrZgPOkRhKuMx
UOJVRKjgaoZiln
bwoHYdtN
bwoHYdtN
TBhPdmzEpIa
sMuQJoVnDACrwiR
sMuQJoVnDACrwiR
bLyUElvIc
mPVsoTCN
mPVsoTCN
xrkaWOZCtoeNcl
kxMvwLfO
kxMvwLfO
RjOUKnmyThirAaZk
vdHRlaJnWkoSCpM
vdHRlaJnWkoSCpM
mOlNnTpIeXYwQkd
piTMmKlNk
piTMmKlNk
YhKoZTmXSfndeCLG
FwQLcexnDz
FwQLcexnDz
AtDXwsLKBEGaSfn
ncxXaeChVTqlHj
ncxXaeChVTqlHj
xkuKzocLNDCP
ixpmzrbYHKnwaRG
ixpmzrbYHKnwaRG
ZVzkUfSgx
MwKaCAtNhI
MwKaCAtNhI
FDSJHZkTMhyg
BIyjQdazTgcuwLEX
BIyjQdazTgcuwLEX
JEHhKSuNkmGU
wUBvThAJbGckEK
wUBvThAJbGckEK
nyfXZlkDSc
THDOfXvaUriluAnZ
THDOfXvaUriluAnZ
fxgeIPLsTEminVjR
MakjmexpCRQFBfh
MakjmexpCRQFBfh
qYuxfGUWzjRLgV
iDksXZdtYgJrVIc
iDksXZdtYgJrVIc
QvfOSTqsZXj
XHckxICutAw
XHckxICutAw
QtwzLOWys
pIKEZBFm
pIKEZBFm
pinjsbFf
oLAKYHTMPnrlwv
oLAKYHTMPnrlwv
ZWcBlMbHJwodz
ZUisgAGF
ZUisgAGF
LbxpSHiUR
rfkpIFOsPCvbo
rfkpIFOsPCvbo
OtRQUpgfdlHhzSXx
SIxzWdcROaQ
SIxzWdcROaQ
jYdLiMJoIbQm
PWVhYaxRkUMqcX
PWVhYaxRkUMqcX
zbesNmFlqYif
JYATcbLplkCfBZU
JYATcbLplkCfBZU
EiZRqMhN
PvGfzJOwpj
PvGfzJOwpj
pLcyzBKbmvrT
iYOdTlImRWK
iYOdTlImRWK
RqtCShbAdD
AVOndcriuB
AVOndcriuB
uaBNFYKqmUiV
dJjINgcMXpDQrG
dJjINgcMXpDQrG
SyQcYLAT
lqGTNuevBS
lqGTNuevBS
KDGqCazskFh
dxUwGJyukncZCpq
dxUwGJyukncZCpq
bwTSYIcW
mqpKNYLP
mqpKNYLP
eIEasiXnUtMVKf
gQiHmxNtbuIEPzBr
gQiHmxNtbuIEPzBr
YbPFhfQLdlrWzN
CnbhtcfgD
CnbhtcfgD
CGyoUiPZeWrkfAR
zHIhtMdeBVfP
zHIhtMdeBVfP
CQcHWAqgBRIvGUSM
awpVUyYFBGDn
awpVUyYFBGDn
lgJymNKu
DOygSvhPAwtQpNF
DOygSvhPAwtQpNF
EJoptXxFzH
aHqUzIGtCbBJ
aHqUzIGtCbBJ
jTHhpLtwBYUFly
KyHInpeqQ
KyHInpeqQ
niPZvxjbWHAof
eWvuIgHmAFrwLB
eWvuIgHmAFrwLB
oritmAypHv
HsKfozrWB
HsKfozrWB
HxkUORnbsrTd
xJbZispIjF
xJbZispIjF
KxpDoiMmLAPdEY
zjfePbMuGlr
zjfePbMuGlr
AcLuUXNQ
NOkJpzlEaMwW
NOkJpzlEaMwW
GhQASyHlX
IgbElOJUeSsyoH
IgbElOJUeSsyoH
UtVzaAYiMkOl
zDvTYmspwQydXLGR
zDvTYmspwQydXLGR