FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W937390801> ?p ?o ?g. }

• W937390801 endingPage "247" @default.
• W937390801 startingPage "195" @default.
• W937390801 abstract "Photosynthesis, the use of light energy in the conversion of CO2 and inorganic nutrients into plant material, is the ultimate source of the food protein necessary to man’s existence. Given certain assumptions, the overall maximal theoretical photosynthetic efficiency of agricultural plants can be calculated. Actual measured maximal growth rates of plants are equivalent to efficiency levels well below that theoretical maximum. In air, C4 plants can come closer to the theoretical value than C3 plants, perhaps because C4 plants avoid the occurrence of measurable photorespiration and oxygen inhibition of photosynthesis.Alfalfa, a C3 legume, is an extremely productive protein source. Its protein yield per acre can surpass that of commonly grown C4 crops (corn, sorghum) and C3 seed crops (soybean, wheat, rice). Alfalfa leaf protein is of high nutritional quality and can apparently be used directly in the human diet, eliminating the protein loss involved in animal production.Plant protein productivity can be raised as part of an increase in overall crop yield. The growth of plants in atmospheres with elevated CO2 levels can result in increased yields. In C3 plants this is due, at least in part, to the suppression of photorespiration and oxygen inhibition of photosynthesis. We have investigated the effect of CO2 concentration on alfalfa photosynthetic metabolism. Our results support the contention that alfalfa productivity can be increased by an environment of elevated CO2.A second approach toward increased plant protein productivity is through regulation of carbon flow during photosynthesis so as to increase protein production relative to that of other plant constituents. In particular, we have investigated whether ammonia (the form in which plants first incorporate nitrogen) can act to regulate leaf carbon metabolism. Our results indicate that NH 4 + , in part through stimulation of pyruvate kinase, brings about increased production of amino acids at the expense of sucrose production in alfalfa. That effect may be of considerable importance in the regulation of green leaf protein synthesis." @default.
• W937390801 created "2016-06-24" @default.
• W937390801 creator A5048386382 @default.
• W937390801 creator A5050967209 @default.
• W937390801 date "1978-01-01" @default.
• W937390801 modified "2023-10-16" @default.
• W937390801 title "Photosynthesis and Increased Production of Protein" @default.
• W937390801 cites W1490583810 @default.
• W937390801 cites W1586804848 @default.
• W937390801 cites W1908430680 @default.
• W937390801 cites W1915361630 @default.
• W937390801 cites W1964729410 @default.
• W937390801 cites W1972074166 @default.
• W937390801 cites W1972741283 @default.
• W937390801 cites W1977274227 @default.
• W937390801 cites W1977345528 @default.
• W937390801 cites W1979112402 @default.
• W937390801 cites W1979587550 @default.
• W937390801 cites W1985472697 @default.
• W937390801 cites W1985826337 @default.
• W937390801 cites W1987359515 @default.
• W937390801 cites W1988517617 @default.
• W937390801 cites W1988739656 @default.
• W937390801 cites W1988899096 @default.
• W937390801 cites W1993233080 @default.
• W937390801 cites W1993804243 @default.
• W937390801 cites W1996995233 @default.
• W937390801 cites W1999204614 @default.
• W937390801 cites W2000939667 @default.
• W937390801 cites W2001835852 @default.
• W937390801 cites W2002153233 @default.
• W937390801 cites W2002512702 @default.
• W937390801 cites W2004877120 @default.
• W937390801 cites W2013427058 @default.
• W937390801 cites W2015490118 @default.
• W937390801 cites W2015867294 @default.
• W937390801 cites W2016170885 @default.
• W937390801 cites W2019612747 @default.
• W937390801 cites W2021215842 @default.
• W937390801 cites W2022097654 @default.
• W937390801 cites W2032044248 @default.
• W937390801 cites W2032430824 @default.
• W937390801 cites W2034474694 @default.
• W937390801 cites W2036740600 @default.
• W937390801 cites W2038052172 @default.
• W937390801 cites W2041080990 @default.
• W937390801 cites W2041390413 @default.
• W937390801 cites W2042008804 @default.
• W937390801 cites W2045148203 @default.
• W937390801 cites W2046814703 @default.
• W937390801 cites W2046858589 @default.
• W937390801 cites W2048062650 @default.
• W937390801 cites W2051086938 @default.
• W937390801 cites W2056661487 @default.
• W937390801 cites W2059586146 @default.
• W937390801 cites W2062869268 @default.
• W937390801 cites W2064373874 @default.
• W937390801 cites W2066198846 @default.
• W937390801 cites W2069923211 @default.
• W937390801 cites W2072754018 @default.
• W937390801 cites W2075618444 @default.
• W937390801 cites W2081208960 @default.
• W937390801 cites W2083033548 @default.
• W937390801 cites W2086652827 @default.
• W937390801 cites W2087421089 @default.
• W937390801 cites W2088657894 @default.
• W937390801 cites W2089117260 @default.
• W937390801 cites W2089647516 @default.
• W937390801 cites W2093524058 @default.
• W937390801 cites W2093638563 @default.
• W937390801 cites W2099499620 @default.
• W937390801 cites W2099948193 @default.
• W937390801 cites W2106882856 @default.
• W937390801 cites W2108244237 @default.
• W937390801 cites W2116943459 @default.
• W937390801 cites W2159829732 @default.
• W937390801 cites W2171852015 @default.
• W937390801 cites W2174216880 @default.
• W937390801 cites W2179823914 @default.
• W937390801 cites W2277360983 @default.
• W937390801 cites W2312922375 @default.
• W937390801 cites W2500699279 @default.
• W937390801 cites W2615368839 @default.
• W937390801 cites W2940719 @default.
• W937390801 cites W4232271037 @default.
• W937390801 cites W4242857258 @default.
• W937390801 cites W4244669211 @default.
• W937390801 cites W4249159636 @default.
• W937390801 cites W73855701 @default.
• W937390801 doi "https://doi.org/10.1007/978-1-4684-3366-1_12" @default.
• W937390801 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/727014" @default.
• W937390801 hasPublicationYear "1978" @default.
• W937390801 type Work @default.
• W937390801 sameAs 937390801 @default.
• W937390801 citedByCount "7" @default.
• W937390801 countsByYear W9373908012014 @default.
• W937390801 countsByYear W9373908012015 @default.
• W937390801 countsByYear W9373908012021 @default.

• next