Parashara Light 6.1 Free Download

He then created an island within the river by his mystic potency and asked her to land the boat there. On reaching the other side, the sage once again chanted the mantra to make her pregnant, but she declared that her body stank and Parashara granted her the boon that the finest fragrance may emit from her person. She was thereafter known as Satyavati (pure fragrance).[1] Matsyagandha was transformed (by the powers of the sage) into Yojanagandha ("she whose fragrance can be smelled from across a yojana").[10] She now smelled of musk, and so was called Kasturi-Gandhi ("musk-fragrant").[1] Then, she insisted that the act of getting a child was not appropriate in broad daylight, as her father and others would see them from the other bank; they should wait till night. The sage, with his powers, shrouded the entire area in fog. Before Parashara gave her a child, Satyavati again interrupted him to say that he would enjoy his child and depart, leaving her shamed in society. She asked Parashara to promise her that the childbirth would be a secret and her secret intact; the son born from their union would be as famous as the great sage, and her fragrance and youth would be eternal. Parashara granted her these wishes and was satiated by the beautiful Satyavati. Parashara then gave her a child who was a son called Krishna Dvaipyana was born, who was dark-complexioned and hence may be called by the name Krishna (black) and also the name Dwaipayana, meaning 'island-born'. He later compiled the classic Vedic literatures of India, and so is called Vyasa who is the 17th incarnations of Lord Vishnu. Leaving Satyavati, Parashara proceeded to perform Tapas (intense meditation). Later Vyasa also became a Rishi and Satyavati returned to her father's house and in due course, married antanu.[1]

parashara light 7.0.3 free downloadDOWNLOAD NADP-dependent malate dehydrogenase (NADP-MDH, EC 1.1.1.82) is inactive in the dark and activated in the light via a reduction of specific disulfides by thiol-disulfide interchange with thioredoxin, reduced by the photosynthetic electron transfer. Compared to the constitutively active NAD-dependent forms, NADP-MDH exhibits two regulatory disulfides per subunit, one located in an N-terminal extension and the other in a C-terminal extension. Convergent information gathered from biochemical, site-directed mutagenesis and structural approaches allowed to solve almost completely the activation mechanism. In the oxidized enzyme, the C-terminal extension is pulled back by the disulfide bridge toward the active-site cleft where the penultimate C-terminal glutamate interacts with one of the arginines involved in substrate binding, thus acting as an internal inhibitor obstructing the access of oxaloacetate. The N-terminal extensions are located at the subunit interface area and rigidify the overall structure of the dimer. Their reduction by reduced thioredoxin triggers a conformational change of the active site towards high-activity conformation, whereas the reduction of the C-terminal bridge expells the C-terminal end from the active site, thus opening the way for the substrate.where ph() is the photon flux of AM 1.5G solar energy spectrum as a function of wavelength. The resulting EQEW values are listed in Table 1. These results demonstrate that small Eu-doped phosphor particles on a textured cell can enhance EQE at UV-wavelengths via LDS and at long-wavelengths via light scattering. 28789f854f