Sunan kimiyya na NAD shine nicotinamide adenine dinucleotide. NAD+ yana cikin kowane tantanin halitta na jikin mu. Yana da mahimmancin metabolite da coenzyme a cikin hanyoyin rayuwa daban-daban. Yana shiga tsakani da shiga cikin matakai daban-daban na nazarin halittu. Fiye da enzymes 300 sun dogara da NAD+ Don aiki. Koyaya, matakin abun ciki na NAD+ bai tsaya tsaye ba. Yayin da muke tsufa, abun ciki na NAD+ a cikin sel zai ragu. Musamman bayan shekaru 30, matakin NAD + zai ragu sosai, yana haifar da raguwar ayyuka da yawa kuma don haka yana nuna alamun tsufa. Nicotinamide riboside chloride wani nau'i ne na bitamin B3. Ana iya canza sinadarin Nicotinamide riboside chloride zuwa NAD+ (nicotinamide adenine dinucleotide). Yana ɗayan mafi yawan binciken NAD + precursors. Yana da sauƙin ɗauka ta jiki da amfani. Yawancin karatu sun nuna cewa ƙarin NRC na iya ƙara matakan NAD +, wanda hakan zai iya kawo fa'idodi ga tsarin rayuwa, cututtukan zuciya da jijiyoyin jini. Yawancin lokaci ana amfani da shi azaman kari na abinci don inganta lafiyar gaba ɗaya da jin daɗin rayuwa.
Nicotinamide riboside chloride (NRC) wani abu ne na bitamin B3 da sabon abu mai rai. Ya ƙunshi ribose molecule sugar da bitamin B3 bangaren nicotinamide (wanda kuma aka sani da nicotinic acid ko bitamin B3). Ana iya cinye shi ta hanyar cin nama, kifi, hatsi da sauran abinci ko ta hanyar kari na NRC.
Ana iya canza sinadarin Nicotinamide ribose chloride zuwa NAD+ (nicotinamide adenine dinucleotide) kuma yana aiwatar da ayyukan halitta a cikin sel. NAD + wani muhimmin coenzyme na ciki ne wanda ke shiga cikin matakai daban-daban na tsarin rayuwa, ciki har da samar da makamashi, gyaran DNA, yaduwar kwayar halitta, da dai sauransu A lokacin tsufa na jikin mutum, abun ciki na NAD + yana raguwa a hankali. Nicotinamide riboside chloride supplementation na iya ƙara matakin NAD +, wanda ake sa ran zai jinkirta faruwar tsufa na cell da cututtuka masu alaƙa.
Bincike kan nicotinamide riboside chloride ya nuna cewa yana da ayyuka da yawa na halitta, kamar:
Inganta metabolism na makamashi, haɓaka juriya da aikin motsa jiki;
Inganta aikin jijiyoyi da ƙwaƙwalwa;
Inganta aikin tsarin rigakafi.
Gabaɗaya, nicotinamide riboside chloride abu ne mai ban sha'awa na sinadarai na gina jiki tare da fa'idodin aikace-aikace.
Bugu da ƙari, nicotinamide ribose chloride kuma ana amfani dashi sosai a cikin binciken kimiyya. A matsayin abin farko na NAD +, ana iya amfani dashi don nazarin biosynthesis da hanyoyin rayuwa na NAD + da sauran batutuwa masu alaƙa. A lokaci guda, nicotinamide riboside chloride kuma ana amfani dashi azaman sinadari a cikin samfuran lafiya da kayan kwalliya don haɓaka lafiyar tantanin halitta da rage tsufan fata.
Tsufa batu ne na har abada ga ’yan Adam. Bisa ga binciken da masana kimiyya suka yi, tsufa na tantanin halitta yana da alaƙa da rage yawan abubuwan nicotinamide adenine dinucleotide (NAD). NAD muhimmiyar hanyar haɗi ce a cikin metabolism da gyaran sel a jikin ɗan adam. Ba zai iya jinkirta tsufa kawai ba, har ma yana kula da lafiyar tantanin halitta da kula da lafiyar jiki da tunani. amma. Yayin da muke tsufa, matakan NAD a jikinmu suna raguwa da sauri da sauri, kuma suna iya raguwa da fiye da rabi tsakanin shekarun 40 zuwa 80.
Akwai wani enzyme mai mahimmanci a cikin jikinmu, wanda shine ginshiƙan sashin makamashin salula. Yaya mahimmanci yake da shi? Kusan dukkanin hanyoyin da ke kula da aikin al'ada na jiki, kamar su metabolism, gyara, da rigakafi, suna buƙatar shiga wannan enzyme. Lokacin da matakan wannan enzyme ya ragu, yawancin alamun bayyanar cututtuka da cututtuka da ke hade da tsufa na iya haifar da su, irin su cututtuka na rayuwa, raunana aikin rigakafi, raguwar fahimta, da dai sauransu. Wannan muhimmin enzyme yana da dogon suna: nicotinamide adenine dinucleotide, ko NAD +.
A takaice, raguwar NAD + a cikin jiki yana nufin tsufa. Don haka, za mu iya ƙara NAD + ga jiki don jinkirta tsufa? Idan kun ƙara NAD + kai tsaye, jikin ɗan adam ba zai iya shanye shi ba, kuma yana da mummunar illa. Saboda haka, mutane sun mai da hankalinsu ga abin da ya riga ya kasance na NAD +: nicotinamide ribose chloride (NRC).
Nicotinamide riboside chloride wani nau'i ne na bitamin B3 kuma ɗayan mafi yawan binciken NAD+ precursors. Jiki yana iya shiga cikin sauƙi kuma yana amfani dashi. Yawancin karatu sun nuna cewa ƙarin NR na iya ƙara yawan matakan NAD +, wanda hakan zai iya kawo fa'idodi ga tsarin rayuwa, cututtukan zuciya da jijiyoyin jini.
Kalmar "anti-tsufa" tana samun mummunan rap. Kamar muna ƙoƙari mu dakatar da wani abu da ya riga ya ci gaba, ko kuma ba za mu iya rungumar sassan kanmu da ya kamata mu so ba. Amma gaskiyar ita ce, canje-canje na rayuwa yana faruwa a ƙarƙashin fata kafin mu ga tasirin tsufa. Zaɓin mu kusanci lafiyarmu daga ciki na iya zama abin da muke bukata don inganta yadda muke tsufa.
A haƙiƙa, ɗaya daga cikin alamomin tsufa shine tsarin da aka sani da “tashin hankali na mitochondrial,” kalmar da ke nufin gabaɗayan asarar kuzari da ingancin ƙwayoyin mu akan lokaci. Wannan na iya zama ɗaya daga cikin dalilan da ya sa muka tsufa. Idan mitochondria ke cikin zuciyar tsufanmu, yana da kyau a bincika kowace hanya mai yuwuwa don ci gaba da aiki har tsawon lokacin da zai yiwu.
Koyi game da mitochondria.
A cikin kusan kowace tantanin halitta akwai waɗannan ƙanana, masu siffa masu kama da juna da ake kira mitochondria—“gidan ƙarfin tantanin halitta.” Waɗannan ƙananan gabobin suna da alhakin samar da kashi 90% na kuzarin da jikinmu ke buƙata. Mitochondria shine dalilin da muke wanzu a yau a matsayin dabbobi masu rikitarwa maimakon kwayoyin cuta.
Ba koyaushe muke sanin muhimmancin mitochondria ga lafiyar mu ba. Babbar hanyar kiyaye mitochondria lafiya ita ce kwayar halitta da ake kira NAD+ (nicotinamide adenine dinucleotide). Kwayoyin mu a zahiri suna samar da NAD + kuma muna amfani da shi ci gaba a cikin yini.
Mun kuma san cewa samar da NAD + yana raguwa yayin da muke tsufa. Da masu bincike suka fahimci cewa NAD + na iya riƙe mabuɗin don kiyaye sel ɗinmu lafiya, sai suka yunƙura don nemo hanyar da za su yi amfani da su.
Masu bincike sun riga sun san cewa bitamin guda biyu sun fara tsarin sinadarai na haɓaka NAD +: niacin da niacinamide. An gano waɗannan a cikin 1930s don magance pellagra, rashi na bitamin B3 mai yuwuwa.
Niacin kuma zai ci gaba da zama maganin high cholesterol a cikin 1950s. Duk da haka, an gano cewa yawan shan niacin na iya haifar da firgita fata a wasu lokuta wanda ke da ban tsoro da rashin kyan gani.
Niacinamide baya haifar da firgita fata kuma yana iya ba da fa'idodi da yawa iri ɗaya, amma yana hana kunna mahimman furotin masu haɓaka sel waɗanda ake kira sirtuins. Niacinamide ko niacin ba su da tasiri kamar yadda masu bincike suka yi fata.
Kodayake waɗannan bitamin guda biyu sune magabatan NAD +, ba su ne mafita mai kyau ba. Saboda munanan illolin niacin da ingantaccen tasirin nicotinamide, masu bincike har yanzu ba su da isasshen isasshen bitamin don ƙara matakan NAD+.
Gano nicotinamide riboside.
Wani nau'i na bitamin B3 da ake kira nicotinamide riboside an gano shi a cikin yisti a cikin 1940s. Amma sai a farkon shekarun 2000 ne masana kimiyya suka fara ganin yuwuwar wannan bitamin B3, ba wai kawai ya kara NAD+ ba har ma da inganta lafiyar dan adam. A cikin 2004, ƙungiyar binciken Kwalejin Dartmouth ta gano cewa nicotinamide riboside, kamar ɗan'uwansa bitamin B3, shine farkon NAD +.
Wata ƙungiyar bincike da Dr. Charles Brenner ya jagoranta ta gano cewa nicotinamide riboside ya karu NAD + a cikin mice, kuma berayen sun sami yalwar fa'idodin kiwon lafiya a sakamakon haka.
Berayen sun nuna komai daga ingantaccen sukarin jini da matakan cholesterol don rage lalacewar jijiya da juriya ga samun nauyi. Dokta Charles Brenner ya sami waɗannan sakamakon yana ƙarfafawa har ya ɗauki mataki na gaba don fahimtar abubuwan da ke tattare da nicotinamide riboside ga lafiyar ɗan adam.
A cikin 2014, Dr. Brenner ya zama mutum na farko da ya dauki nicotinamide riboside a matsayin kari. Sakamakon yana da kwarin gwiwa daidai. Wannan nau'in bitamin B3 wanda ba a san shi ba ya ƙara haɓaka matakan NAD + cikin aminci, da sauri, kuma ba tare da wani mummunan sakamako ba.
Nicotinamide riboside yana amfani da hanya ta musamman don samar da NAD + wanda babu wani bitamin B3 da ke amfani da shi.
Nicotinamide riboside kuma na iya kunna sirtuins masu haɓaka gyare-gyaren tantanin halitta. Yayin da muke tsufa, waɗannan sirtuins suna aiki akan kari don taimakawa sel su kasance da ƙarfi.
Kasancewa cikin koshin lafiya yayin da kuka tsufa ba zai taɓa zama mai sauƙi kamar bitamin ɗaya ba, har ma da wanda yake da alƙawarin kamar nicotinamide riboside. Akwai sama da binciken 100 da ke bincikar nicotinamide riboside, da yawa daga cikinsu sun nuna cewa haɓaka matakan NAD + suna da alaƙa da lafiyar rayuwa da tsoka a cikin mice. Ana ci gaba da ƙarin bincike don fahimtar rawar NAD + don tallafawa wasu ƙalubalen kiwon lafiya da suka shafi shekaru, gami da rage aikin hanta, samun nauyi, matakan insulin da aikin kwakwalwa a cikin mice.
Menene NAD?
NAD + shine coenzyme I, wanda shine coenzyme wanda ke canza protons (mafi daidai, hydrogen ions) kuma yana shiga cikin ayyukan ilimin lissafi da yawa kamar metabolism na kayan salula, haɓakar kuzari, da gyaran DNA. NAD+ wani sinadari ne da ake bukata don aikin furotin Sirtuin, wanda masana kimiyya ke kiransa "tsawon rayuwa". Musamman ma, zai iya kula da tsawon maɓalli na telomeres, rage jinkirin tsarin tsufa da kuma tsawaita rayuwa.
NAD+ kuma na iya haɓaka gyaran kwayoyin halitta da jinkirta tsufan tantanin halitta. NAD + yana haɓaka farfadowar tantanin halitta kuma yana tsayayya da cututtukan tsarin rigakafi. NAD+ yana inganta kwanciyar hankali na chromosome kuma yana rage haɗarin ciwon daji.
Su ne mafi kyawun abokai na enzymes, suna taimakawa wajen samar da "na'urorin salula" wanda ke haifar da makamashin da ake bukata don kowane babban aiki a jikinka a matakin salula.
Me yasa NAD + ke da mahimmanci?
Saboda muhimmiyar rawar da yake takawa a cikin samar da makamashi ta salula, rashin NAD + a cikin jikin ku yana sa yawancin ayyukan jiki marasa amfani. Idan ba tare da NAD ba, huhun ku ba zai iya samun iskar oxygen ba, zuciyar ku ba za ta iya fitar da jini ba, kuma kwakwalwar kwakwalwar ku ba za ta yi wuta ba.
NAD + kuma yana taimakawa haɓaka gyaran DNA da daidaita ayyukan tantanin halitta ta hanyar aiki tare da sirtuins da poly (ADP-ribose) polymerases (PARPs), waɗanda ke da mahimmanci wajen daidaita martanin salon salula don zagi kamar cin abinci mai yawa, shan barasa, rushewar bacci, da tsarin zama. Enzymes.
NAD + da tsufa
Binciken da aka gudanar a cikin 2012 ta ƙungiyar daga Sashen Kimiyyar Magunguna a Jami'ar New South Wales ya nuna cewa NAD metabolism yana da alaƙa da shekaru. Binciken ya nuna cewa matakan NAD + a cikin ƙwayar fata na ɗan adam sun ragu har zuwa 50% tsakanin shekarun 40 da 60, kuma cewa NAD + ragewa na iya taka muhimmiyar rawa a cikin tsarin tsufa.
"An lura da dangantaka mara kyau tsakanin matakan NAD + da shekaru a cikin maza da mata," in ji masu binciken a cikin takarda.
Bugu da ƙari, NAD yana shiga cikin numfashin salula, musamman a cikin mitochondria, kuma yana ba da gudummawa ga lafiyar mitochondrial gabaɗaya. Akwai sha'awar kimiyya mai ƙarfi a cikin shigar NAD a cikin tabarbarewar mitochondrial, ɗayan alamomin tsufa.
A cikin 'yan shekarun nan, bincike ya mayar da hankali kan fahimtar rawar da NAD ke takawa wajen magance waɗannan raguwar ayyukan da suka shafi shekaru.
Nicotinamide Ribose Chloride yana haɓaka matakan NAD+.
NR shine mafari ga NAD, wanda ke nufin shine "tushen ginin" wanda aka yi NAD + kwayoyin. An gano shi a cikin 2004 a matsayin tushen bitamin ga NAD +, yana mai da shi ɗayan sabbin ci gaba a cikin binciken NAD +.
NR bitamin ne da ke faruwa a zahiri kuma sabon nau'in bitamin B3 ne, amma amfani da shi azaman kari ya sami illa ga bitamin "lafiya". Yana da matukar tasiri a haɓaka NAD, yana mai da shi ɗayan mafi kyawun shisshigi a cikin ingantattun hanyoyin tsufa.
NR na iya haɓaka matakan NAD+ yadda ya kamata. Wani gwaji na asibiti da aka buga a cikin Rahoton Kimiyya ya nuna cewa ya karu NAD + har zuwa 50% bayan makonni biyu na shan shi.
Kodayake an tabbatar da ƙarin NR a asibiti don haɓaka matakan NAD +, ƙarin NAD + azaman sinadari mai zaman kansa ba shi da tasiri.
NAD+ babban kwayoyin halitta ne kuma ba zai iya shiga sel kai tsaye ba. Maimakon haka, dole ne jikinka ya wargaje shi zuwa ƙananan ƙananan kafin ya iya haye membrane tantanin halitta. Ana sake haɗa waɗannan sassa a cikin baturin.
Nicotinamide riboside (NR) da nicotinamide riboside chloride (NRC) duka nau'ikan bitamin B3 ne, wanda kuma aka sani da niacin. Vitamin B3 shine sinadari mai mahimmanci wanda ke taka muhimmiyar rawa a cikin ayyuka daban-daban na jiki, ciki har da samar da makamashi, gyaran DNA, da kuma gyaran sel. Dukansu NR da NRC sune magabatan nicotinamide adenine dinucleotide (NAD +), wani coenzyme da ke cikin nau'ikan hanyoyin nazarin halittu, kamar daidaita samar da makamashin salula da tallafawa gyaran DNA.
Nicotinamide riboside (NR) wani nau'i ne na bitamin B3 wanda ya sami kulawa don yuwuwar rigakafin tsufa da abubuwan haɓaka kuzari. Yana da wani fili da ke faruwa a zahiri da ake samu a cikin adadi mai yawa a wasu abinci, amma kuma ana samunsa azaman kari na abinci. An san NR don ikonsa na ƙara matakan NAD + a cikin jiki, wanda hakan zai iya tallafawa aikin mitochondrial, haɓaka samar da makamashin salula, kuma yana iya ba da kariya daga raguwar shekaru.
Nicotinamide riboside chloride (NRC), a gefe guda, shine nau'in gishiri na NR kuma ana amfani dashi a cikin abubuwan abinci. Ƙara chloride zuwa NR yana samar da NRC, wanda aka yi imanin yana inganta kwanciyar hankali da kuma yanayin rayuwa. Wannan yana nufin cewa NRC na iya samun mafi kyawun sha da amfani a cikin jiki fiye da NR kadai kuma yana iya samun ƙarin tasiri mai tasiri akan matakan NAD + da aikin salula.
Ɗaya daga cikin manyan bambance-bambance tsakanin NR da NRC shine tsarin sinadaran su. NR shine tushen tushe na wannan fili, yayin da NRC sigar gyare-gyare ce tare da ƙarin chloride. Wannan gyare-gyaren an yi niyya ne don ƙara haɓakar mahallin da kuma iya rayuwa, yana sauƙaƙa wa jiki ya sha da amfani da shi.
Dangane da yuwuwar fa'idodin kiwon lafiyar su, NR da NRC ana tsammanin suna da irin wannan tasirin saboda ikon su na haɓakaNAD+matakan. Waɗannan tasirin na iya haɗawa da ingantaccen aikin mitochondrial, haɓaka haɓakar kuzari, da yuwuwar tallafi ga lafiyar salula gabaɗaya. Koyaya, yin amfani da NRC a cikin kari na iya kawo ƙarin fa'ida na mafi kyawun sha da amfani, mai yuwuwar haifar da fa'idodi mafi fa'ida idan aka kwatanta da amfani da NR kaɗai.
1. Haɓaka samar da makamashin salula
Daya daga cikin fitattun fa'idodinnicotinamide riboside chloride rawar da take takawa wajen inganta samar da makamashin salula. NR shine farkon nicotinamide adenine dinucleotide (NAD+), coenzyme wanda ke taka rawa wajen samar da adenosine triphosphate (ATP), kudin makamashi na farko na tantanin halitta. muhimmiyar rawa. Yayin da muke tsufa, matakan NAD+ suna raguwa, yana haifar da raguwar samar da makamashin salula. Ta hanyar haɓakawa tare da NR, an yi imanin cewa matakan NAD + za a iya sake cika su, ta haka yana tallafawa ingantaccen makamashin salon salula.
2. Ayyukan mitochondrial da tsawon rayuwa
Mitochondria su ne gidajen wutar lantarki na tantanin halitta, alhakin samar da makamashi da daidaita hanyoyin salula. Bincike ya nuna cewa Nicotinamide Riboside Chloride na iya tallafawa aikin mitochondrial ta hanyar haɓaka haɓakar ƙwayoyin cuta na sabon mitochondria da haɓaka haɓakarsu. Wannan yana da tasiri ga rayuwar gaba ɗaya da tsufa mai kyau, kamar yadda mitochondria mai aiki da kyau yana da mahimmanci don kiyaye lafiyar salula da juriya.
3. Lafiyar jiki da sarrafa nauyi
NAD+ shine coenzyme, ko na'ura mai haɗawa, wanda ke da hannu cikin halayen halittu da yawa. Wani binciken da aka yi kwanan nan ya gano cewa haɓakar ribose na nicotinamide na iya haɓaka haɓakar NAD + a cikin lafiyayyen masu matsakaici da tsofaffi. Ba wai kawai abubuwan da ake amfani da su na NR sun yarda da su da kyau daga mahalarta ba, ƙila sun taimaka wajen rage hawan jini da taurin jijiya. Rashin NAD + shine babban dalilin tsufa na yau da kullun da cututtuka da yawa, kuma bincike ya nuna cewa maido da matakan NAD + yana da ƙimar warkewa da sinadirai masu yawa.
Ta hanyar haɓaka matakan NAD +, nicotinamide ribose yana amfanar tsarin rayuwa, ajiyar makamashi, haɗin DNA, da sauran ayyukan jiki.
Bugu da ƙari, binciken ya nuna cewa ƙarin NR na iya inganta haɓakar insulin, rage kumburi, da haɓaka sassaucin rayuwa. Wadannan tasirin na iya zama da amfani musamman ga mutanen da ke son sarrafa nauyinsu da tallafawa lafiyar lafiyar jiki gaba ɗaya.
4. Aikin fahimi da lafiyar kwakwalwa
A matsayin mafari ga NAD +, nicotinamide ribose yana kare ƙwayoyin kwakwalwa daga damuwa mai yawa, wanda zai iya haifar da cututtukan kwakwalwa da suka shafi shekaru. A cikin ƙwayoyin kwakwalwa, NAD + yana taimakawa wajen sarrafa samar da PGC-1-alpha, furotin da ke bayyana don taimakawa kare kwayoyin halitta daga damuwa na oxidative da rashin aikin mitochondrial.
Masu bincike sun gano cewa a cikin mice, ragewar NAD + yana taka muhimmiyar rawa a cikin neuroinflammation, lalacewar DNA, da kuma lalatawar neuronal a cikin cutar Alzheimer. Hakanan a cikin binciken gwajin-tube, nicotinamide riboside ya haɓaka matakan NAD + kuma yana inganta aikin mitochondrial sosai a cikin ƙwayoyin ƙwayoyin cuta na masu cutar Parkinson.
Binciken da ke tasowa kuma yana nuna yuwuwar fa'idodin fahimi na nicotinamide riboside chloride. NAD + yana shiga cikin matakai daban-daban da suka shafi lafiyar kwakwalwa, ciki har da siginar neuronal, gyaran DNA, da kuma kawar da sunadarai masu lalacewa. Ta hanyar tallafawa matakan NAD +, NR na iya taimakawa wajen kiyaye aikin fahimi da hana raguwar fahimi da ke da alaƙa da shekaru.
5. Ayyukan Wasan Wasa da Farfaɗowa
Wani bincike na 2019 da aka buga a cikin Jarida ta Turai na Abubuwan Rashin Nutrient Nutrient ya gano cewa yin amfani da abubuwan nicotinamide ribose sun inganta ƙwarewar jiki da rage damuwa na iskar oxygen a cikin tsofaffi.
Masu binciken sun kammala cewa ƙarin NR yana da fa'ida ga ƙarancin NAD +, yana bayanin dalilin da yasa ya fi tasiri a cikin tsofaffi fiye da matasa.
'Yan wasa da masu sha'awar motsa jiki na iya sha'awar sanin cewa nicotinamide riboside chloride na iya tasiri sosai a wasan motsa jiki da murmurewa. NAD + yana taka muhimmiyar rawa wajen daidaita tsarin salon salula da ke cikin samar da makamashi da aikin tsoka. Ta hanyar tallafawa matakan NAD +, NR na iya haɓaka jimiri, inganta farfadowar tsoka, da haɓaka aikin motsa jiki gabaɗaya.
inganci da Tsafta
Lokacin siyan nicotinamide riboside chloride foda, inganci da tsabta dole ne su zama fifikonku. Nemo samfuran da kamfanoni masu daraja suka yi da wasu na uku da aka gwada don tsabta da ƙarfi. Mahimmanci, samfuran yakamata su kasance marasa gurɓatacce da masu cikawa don tabbatar da cewa kuna samun ingantaccen kari wanda ke ba da fa'idodin da aka yi niyya.
Dosage da amfani
Kafin haɗa nicotinamide riboside chloride foda a cikin ayyukan yau da kullun, yana da mahimmanci don fahimtar daidaitaccen sashi da jagororin amfani. Yana da mahimmanci don farawa tare da ƙananan kashi kuma a hankali ƙarawa kamar yadda ake buƙata, saboda mafi girma allurai ba dole ba ne daidai da sakamako mafi kyau kuma yana iya haifar da mummunar tasiri. Bugu da ƙari, da fatan za a yi la'akari da tuntuɓar ƙwararrun kiwon lafiya don ƙayyade adadin da ya fi dacewa don takamaiman manufofin ku da buƙatun ku.
Fa'idodi da la'akari masu yiwuwa
Nicotinamide Riboside Chloride Foda sau da yawa ana yin la'akari da fa'idodinsa masu yuwuwa, gami da tallafawa matakan makamashi, aikin mitochondrial, da lafiyar salula gabaɗaya. Bincike ya nuna yana iya yin tasiri a kan tsufa da cututtukan da suka shafi shekaru.
Tsaro da kiyayewa
Kamar kowane kari, yana da mahimmanci a ba da fifiko ga aminci da fahimtar yuwuwar yin taka tsantsan. Ko da yake nicotinamide riboside chloride gabaɗaya ana jurewa da kyau, wasu mutane na iya samun sakamako mai sauƙi, kamar rashin jin daɗi na ciki. Bugu da ƙari, idan kuna da wasu yanayi na rashin lafiya ko kuma kuna shan magunguna, tabbatar da tuntuɓi ƙwararrun kiwon lafiya kafin amfani da wannan ƙarin don tabbatar da cewa yana da lafiya kuma ya dace da yanayin ku.
Zaɓi babban mai siyarwa
Lokacin siyan Nicotinamide Riboside Chloride Foda, yana da mahimmanci don zaɓar mai siyarwa mai daraja wanda ke ba da fifikon inganci, nuna gaskiya, da gamsuwar abokin ciniki. Nemo kamfanoni waɗanda ke ba da cikakkun bayanai game da tsarin masana'antar su, samowa, da gwaji na ɓangare na uku. Bugu da ƙari, yi la'akari da karanta sake dubawa na abokin ciniki da neman shawarwari daga amintattun tushe don tabbatar da cewa kuna siye daga amintaccen mai siyarwa.
Suzhou Myland Pharm & Nutrition Inc. ya tsunduma cikin kasuwancin kari na sinadirai tun 1992. Shi ne kamfani na farko a kasar Sin da ya bunkasa da sayar da tsantsar irin innabi.
Tare da shekaru 30 na gwaninta da haɓaka ta hanyar fasaha mai zurfi da ingantaccen dabarun R&D, kamfanin ya haɓaka kewayon samfuran gasa kuma ya zama ƙarin ƙarin ilimin kimiyyar rayuwa, haɗin al'ada da kamfanin sabis na masana'antu.
Bugu da kari, Suzhou Myland Pharm & Nutrition Inc. kuma masana'anta ce mai rijista ta FDA. Abubuwan R&D na kamfanin, wuraren samarwa, da kayan aikin nazari na zamani ne kuma masu aiki da yawa kuma suna iya samar da sinadarai daga milligrams zuwa ton a sikelin, kuma suna bin ka'idodin ISO 9001 da ƙayyadaddun samarwa GMP.
Tambaya: Menene nicotinamide riboside chloride foda?
A: Nicotinamide Riboside Chloride Foda wani nau'i ne na bitamin B3 wanda aka yi nazari don yiwuwarsa don tallafawa samar da makamashin salula da kuma metabolism. Yawancin lokaci ana amfani da shi azaman kari na abinci don inganta lafiyar gaba ɗaya da jin daɗin rayuwa.
Tambaya: Menene yuwuwar amfanin nicotinamide riboside chloride foda?
A: Wasu yuwuwar fa'idodin Nicotinamide Riboside Chloride Foda sun haɗa da tallafawa aikin mitochondrial, haɓaka tsufa lafiya, da haɓaka juriya da aikin jiki. Hakanan yana iya taimakawa tallafawa aikin fahimi da lafiyar salula gabaɗaya.
Tambaya: A ina zan iya siyan nicotinamide riboside chloride foda?
A: Nicotinamide Riboside Chloride foda yana samuwa daga wasu dillalai da shagunan kan layi. Lokacin siyan wannan ƙarin, yana da mahimmanci a zaɓi ingantaccen tushe don tabbatar da inganci da aminci.
Disclaimer: Wannan labarin don cikakken bayani ne kawai kuma bai kamata a fassara shi azaman kowane shawarar likita ba. Wasu daga cikin bayanan post ɗin suna fitowa daga Intanet kuma ba ƙwararru ba ne. Wannan gidan yanar gizon yana da alhakin rarrabuwa, tsarawa da gyara labarai kawai. Manufar isar da ƙarin bayani baya nufin kun yarda da ra'ayoyinsa ko tabbatar da sahihancin abun cikinsa. Koyaushe tuntuɓi ƙwararrun kula da lafiya kafin amfani da kowane kari ko yin canje-canje ga tsarin kula da lafiyar ku.
Lokacin aikawa: Agusta-14-2024
