Kaj je CBD?
- kako lahko redna uporaba CBD-ja izboljša vaše razpoloženje in vitalnost
- kako je mogoče zdraviti bolečine in druge fizične težave
- kako se aktivno boriti proti depresiji in tesnobi
Rastlina konoplje je v zadnjem času vedno bolj v središču medicinskih raziskav, vendar smo na začetku. Rezultati so bili pozitivni, saj v večini študij še niso opazili negativnih učinkov CBD. Izrecno želimo poudariti, da gre za številne raziskave, vendar v nobenem trenutku ne govorimo o zdravljenju česarkoli ampak samo o študijah narejenih na teh področjih.
Delovanje CBD-ja
Fitokanabidoidi, terpeni in flavonoidi so telesne kemične spojine, ki delujejo na človeški in živalski endokanabinoidni sistem. Receptorji za to so v glavnem v možganih. CBD lahko deluje s temi celicami. Glede na različne rezultate raziskav lahko CBD neposredno ali posredno vpliva na naslednje:
- vaniloidni receptorji - uravnavanje bolečine
- receptorji adenozina - cikel spanja-budnosti
- receptorji za serotonin - obvladovanje razpoloženja
WHAT IS CBD?
- how regular use of CBD can improve your mood and vitality
- how pain and other physical complaints can be treated
- how to actively combat depression and anxiety
Since we are not allowed to make any healing promises ourselves, we let the studies speak for themselves.
The cannabis plant has recently become more and more the focus of medical research, but we are at the beginning. The results have been positive, as no negative effects of CBD have yet been observed in a sea of work. We would like to expressly point out that we as a company are more than convinced of these results, but do not wish to make any recommendations regarding consumption, dosage or medical areas of application at any point, as this is not desired by the legislator. The research work speaks for itself.
The Function of CBD
Phytocannabidoids, terpenes and flavonoids are body-like chemical compounds that act on the human and animal endocannabinoid systems. The receptors for this are mainly located in the brain. CBD is able to interact with these cells.According to various research results, CBD can directly or indirectly influence the following:
- vanilloid receptors - pain regulation
- adenosine receptors - sleep-wake cycle
- serotonin receptors - mood stress management
Was ist CBD?
- wie regelmäßiger Gebrauch von CBD deine Stimmung und Vitalität verbessern kann
- wie Schmerzen und andere physische Beschwerden behandeln werden können
- wie man aktiv gegen Depression und Ängste vorgehen könnte
Da wir selbst keine Heilversprechen abgeben dürfen, lassen wir die Studien für sich sprechen.
Die Cannabispflanze ist in jüngster Zeit immer mehr im Fokus der medizinischen Forschung, jedoch stehen wir am Anfang. Diese kommt zu positiven Ergebnissen, da bisher in einem Meer von Arbeiten noch keine negative Wirkung von CBD festgestellt werden konnte. Ausdrücklich weisen wir darauf hin, dass wir als Unternehmen von diesen Ergebnissen mehr als überzeugt sind, jedoch an keiner Stelle eine Empfehlung zum Verzehr, zur Dosierung oder zum medizinischen Einsatzgebieten abgeben wollen, da dies vom Gesetzgeber nicht gewünscht ist. Die Arbeiten in der Forschung sprechen für sich.
Die Funktion von CBD
Die Phytocannabidoide, Terpene und Flavonoide sind körperähnliche chemische Verbindungen, die auf das menschliche und tierische Endocannabinoid-System wirken. Die Rezeptoren dafür befinden sich vor allem im Gehirn. CBD ist in der Lage mit diesen Zellen zu interagieren Direkt oder indirekt kann CBD laut diversen Forschungsergebnissen folgendes beeinflussen:
- Vanilloidrezeptoren - Schmerzregulation
- Adenosinrezeptoren - Schlaf-Wach-Zyklus
- Serotonin-Rezeptoren - Stimmungs-Stressbewältigung
WHAT IS CBD?
- how regular use of CBD can improve your mood and vitality
- how pain and other physical complaints can be treated
- how to actively combat depression and anxiety
Since we are not allowed to make any healing promises ourselves, we let the studies speak for themselves.
The cannabis plant has recently become more and more the focus of medical research, but we are at the beginning. The results have been positive, as no negative effects of CBD have yet been observed in a sea of work. We would like to expressly point out that we as a company are more than convinced of these results, but do not wish to make any recommendations regarding consumption, dosage or medical areas of application at any point, as this is not desired by the legislator. The research work speaks for itself.
The Function of CBD
Phytocannabidoids, terpenes and flavonoids are body-like chemical compounds that act on the human and animal endocannabinoid systems. The receptors for this are mainly located in the brain. CBD is able to interact with these cells.According to various research results, CBD can directly or indirectly influence the following:
- vanilloid receptors - pain regulation
- adenosine receptors - sleep-wake cycle
- serotonin receptors - mood stress management
WHAT IS CBD?
- how regular use of CBD can improve your mood and vitality
- how pain and other physical complaints can be treated
- how to actively combat depression and anxiety
Since we are not allowed to make any healing promises ourselves, we let the studies speak for themselves.
The cannabis plant has recently become more and more the focus of medical research, but we are at the beginning. The results have been positive, as no negative effects of CBD have yet been observed in a sea of work. We would like to expressly point out that we as a company are more than convinced of these results, but do not wish to make any recommendations regarding consumption, dosage or medical areas of application at any point, as this is not desired by the legislator. The research work speaks for itself.
The Function of CBD
Phytocannabidoids, terpenes and flavonoids are body-like chemical compounds that act on the human and animal endocannabinoid systems. The receptors for this are mainly located in the brain. CBD is able to interact with these cells.According to various research results, CBD can directly or indirectly influence the following:
- vanilloid receptors - pain regulation
- adenosine receptors - sleep-wake cycle
- serotonin receptors - mood stress management
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