Cahaya okular menyeragamkan jam dan

Cahaya okular menyeragamkan jam dan biologi dan memberi
pengaruh irama terhadap hormon (melatonin dan kortisol)
serta dapat memberi kesan secara langsung ke atas fungsi otak (Ku ller dan
Wetterberg, 1993; Scheer dan Buijs, 1999; Leproult et al. Melanopsin merupakan reseptor cahaya bagi kebanyakan
fenomena dan cahaya yang bergantung (Hattar et al, 2002;.
Berson et al, 2002.). Kajian dilakukan oleh(Brainard et al., 2001) di mana
penindasan melatonin yang diukur menunjukkan bahawa
lengkung spektrum sensitiviti sistem foto-biologi
puncak berada pada kira-kira 460 nm.

Hasil (Inggris) 1:

Okular standardize hours and light biology and give the influence of hormonal rhythms against (our melatonin and cortisol effect)as well as being able to impact directly on brain function (Ku ller andWetterberg, 1993; Scheer and Buijs, 1999; Leproult et al. Melanopsin is light receptors for mostphenomenon and light dependent (Hattar et al, 2002;.Berson et al, 2002.). A study done by (Brainard et al., 2001) whereour melatonin suppression measured showed thatthe curve of the spectrum sensitivity of photo-biological systemsthe peak is at approximately 460 nm.

Hasil (Inggris) 2:

Light ocular uniformity hour and biology and to
influence the rhythm of the hormone (melatonin and cortisol)
and can impact directly on brain function (W ller and
Wetterberg, 1993; Scheer and Buijs, 1999; Leproult et al. Melanopsin receptors of light for most of the
phenomena and light-dependent (Hattar et al, 2002 ;.
Berson et al, 2002). the study was conducted by (Brainard et al., 2001) in which
the suppression of melatonin measured show that
the spectral curve sensitivity photo-biological system
peak is at about 460 nm.