Results 171 to 180 of about 38,714 (199)
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Das Eiweiß des Petersiliensamens (Petroselinum sativum)
Archiv Der Pharmazie, 1957exaly +2 more sources
Über die Bedingungen der Heterophyllie bei Petroselinum sativum Hoffm
Flora, 1917exaly +2 more sources
DNA sequence organization in the genome of Petroselinum sativum (Umbelliferae)
Chromosoma, 1978The genome of parsley was studied by DNA/DNA reassociation to reveal its spectrum of DNA reiteration frequencies and sequence organization. The reassociation of 300 nucleotide DNA fragments indicates the presence of four classes of DNA differing in repetition frequency.
Manuel Kiper, Frank Herzfeld
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DNA Configuration in Chloroplasts of Brassica oleracea var. Gongylodes and Petroselinum sativum
Biochemie und Physiologie der Pflanzen, 1973Summary Chloroplast DNA has been identified using electron miscroscopy in combination with the methods of thin tissue sections and of chloroplasts isolation followed by an osmotic shock. The dominating configurations of the chloroplast DNA were linear and mesh forms.
F. Młodzianowski, W. Wieczorek
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Planta, 1972
A rapidly labelled rRNA precursor can be detected in callus cells of Petroselinum sativum grown on a liquid synthetic medium. Its molecular weight has been calculated to be 2.3×106. This value agrees with that of the rRNA precursor from other plant material.
Ursula Seitz, Ulrich Seitz
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A rapidly labelled rRNA precursor can be detected in callus cells of Petroselinum sativum grown on a liquid synthetic medium. Its molecular weight has been calculated to be 2.3×106. This value agrees with that of the rRNA precursor from other plant material.
Ursula Seitz, Ulrich Seitz
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Kinetic characterization of parsley drying (petroselinum sativum var. Latifolium)
Nutrition and Food ProcessingThe study addresses the characterization of two parsley drying technologies. To this end, two seasoning dehydration procedures were compared: the artificial method in an oven at 40 °C and an average relative moistureof 50% and natural drying in trays with a metal mesh bottom arranged on cemented plates.
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Registro 1652 (PETROSELINUM SATIVUM/PARSLEY) (SEMILLAS FITÓ) C-2025-01706
El presente informe recoge los resultados de los ensayos realizados por el Laboratorio de Certificación de la Estación de Ensayos de la Dirección Técnica de Evaluación de Variedades y Laboratorios del INIA-CSIC, único laboratorio acreditado por ISTA (International Seed Testing Association) en España.González-García, A. César +9 more
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Planta, 1973
Six high molecular weight, rapidly labelled RNA species were detected in freely suspended callus cells of Petroselinum sativum by means of isotope labelling and electrophoretic separation in agarose-polyacrylamide gels. On the basis of their migration in the latter the RNA species were calculated to have the following molecular weights: 2.9×106, 2,4 ...
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Six high molecular weight, rapidly labelled RNA species were detected in freely suspended callus cells of Petroselinum sativum by means of isotope labelling and electrophoretic separation in agarose-polyacrylamide gels. On the basis of their migration in the latter the RNA species were calculated to have the following molecular weights: 2.9×106, 2,4 ...
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Registro 1142 (PETROSELINUM SATIVUM/PARSLEY) (SEMILLAS FITO, S.A.) C-2025-01196
El presente informe recoge los resultados de los ensayos realizados por el Laboratorio de Certificación de la Estación de Ensayos de la Dirección Técnica de Evaluación de Variedades y Laboratorios del INIA-CSIC, único laboratorio acreditado por ISTA (International Seed Testing Association) en España.González-García, A. César +9 more
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