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Cyanobacteria are the only prokaryotes that can utilize energy sources from sunlight, electrons from water, carbon from the air, and have the capability of fixing nitrogen. The characterization of various cyanobacteria reveals the performance as well as growth differences when compared among different genus of cyanobacteria, which emphasizes the value of characterization in the cellular grounds. In this paper, we have performed a comparative study on the morphology, growth pattern, physiochemical properties as well as structural features of Spirulina sp. NCIM 5143 and Nostoc ellipsosporum NCIM 2786. The comparison is performed through microscopic images, FESEM and statistical study of cell growth by ANOVA. In silico approach was also carried out on the two enzymes present in both the cyanobacteria, Cyanophycin synthestase (EC: 6.3.2.29) and Nitrate reductase (EC: 1.7.1.1) by studying the physicochemical properties, sequential features and structural modeling. A descriptive profile study was completed on these microorganisms and their proteins that may help to interpret the molecular mechanism of the enzymatic reaction of 1, 3-Propanediol (PDO) production in the future.Cyanobacteria are the only prokaryotes that can utilize energy sources from sunlight, electrons from water, carbon from the air, and have the capability of fixing nitrogen. The characterization of various cyanobacteria reveals the performance as well as growth differences when compared among different genus of cyanobacteria, which emphasizes the value of characterization in the cellular grounds. In this paper, we have performed a comparative study on the morphology, growth pattern, physiochemical properties as well as structural features of Spirulina sp. NCIM 5143 and Nostoc ellipsosporum NCIM 2786. The comparison is performed through microscopic images, FESEM and statistical study of cell growth by ANOVA. In silico approach was also carried out on the two enzymes present in both the cyanobacteria, Cyanophycin synthestase (EC: 6.3.2.29) and Nitrate reductase (EC: 1.7.1.1) by studying the physicochemical properties, sequential features and structural modeling. A descriptive profile study was completed on these microorganisms and their proteins that may help to interpret the molecular mechanism of the enzymatic reaction of 1, 3-Propanediol (PDO) production in the future.Cyanobacteria are the only prokaryotes that can utilize energy sources from sunlight, electrons from water, carbon from the air, and have the capability of fixing nitrogen. The characterization of various cyanobacteria reveals the performance as well as growth differences when compared among different genus of cyanobacteria, which emphasizes the value of characterization in the cellular grounds. In this paper, we have performed a comparative study on the morphology, growth pattern, physiochemical properties as well as structural features of Spirulina sp. NCIM 5143 and Nostoc ellipsosporum NCIM 2786. The comparison is performed through microscopic images, FESEM and statistical study of cell growth by ANOVA. In silico approach was also carried out on the two enzymes present in both the cyanobacteria, Cyanophycin synthestase (EC: 6.3.2.29) and Nitrate reductase (EC: 1.7.1.1) by studying the physicochemical properties, sequential features and structural modeling. A descriptive profile study was completed on these microorganisms and their proteins that may help to interpret the molecular mechanism of the enzymatic reaction of 1, 3-Propanediol (PDO) production in the future.Cyanobacteria are the only prokaryotes that can utilize energy sources from sunlight, electrons from water, carbon from the air, and have the capability of fixing nitrogen. The characterization of various cyanobacteria reveals the performance as well as growth differences when compared among different genus of cyanobacteria, which emphasizes the value of characterization in the cellular grounds. In this paper, we have performed a comparative study on the morphology, growth pattern, physiochemical properties as well as structural features of Spirulina sp. NCIM 5143 and Nostoc ellipsosporum NCIM 2786. The comparison is performed through microscopic images, FESEM and statistical study of cell growth by ANOVA. In silico approach was also carried out on the two enzymes present in both the cyanobacteria, Cyanophycin synthestase (EC: 6.3.2.29) and Nitrate reductase (EC: 1.7.1.1) by studying the physicochemical properties, sequential features and structural modeling. A descriptive profile study was completed on these microorganisms and their proteins that may help to interpret the molecular mechanism of the enzymatic reaction of 1, 3-Propanediol (PDO) production in the future.Cyanobacteria are the only prokaryotes that can utilize energy sources from sunlight, electrons from water, carbon from the air, and have the capability of fixing nitrogen. The characterization of various cyanobacteria reveals the performance as well as growth differences when compared among different genus of cyanobacteria, which emphasizes the value of characterization in the cellular grounds. In this paper, we have performed a comparative study on the morphology, growth pattern, physiochemical properties as well as structural features of Spirulina sp. NCIM 5143 and Nostoc ellipsosporum NCIM 2786. The comparison is performed through microscopic images, FESEM and statistical study of cell growth by ANOVA. In silico approach was also carried out on the two enzymes present in both the cyanobacteria, Cyanophycin synthestase (EC: 6.3.2.29) and Nitrate reductase (EC: 1.7.1.1) by studying the physicochemical properties, sequential features and structural modeling. A descriptive profile study was completed on these microorganisms and their proteins that may help to interpret the molecular mechanism of the enzymatic reaction of 1, 3-Propanediol (PDO) production in the future. [ABSTRACT FROM AUTHOR]