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Subjects: Agricultural colleges; Microbiological synthesis; Biological interfaces

• Source: GCB Bioenergy. Apr2024, Vol. 16 Issue 4, p1-3. 3p.

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Biotechnology process for microbial lipid synthesis from enzymatic hydrolysate of pre-treated sugarcane bagasse for potential bio-oil production.

• Authors : Farias, Josiane Pinheiro¹ (AUTHOR); Okeke, Benedict C.² (AUTHOR); Ávila, Fernanda Dias De³ (AUTHOR)

Subjects: *Microbial biotechnology; Microbial lipids; Microbiological synthesis

• Source: Renewable Energy: An International Journal. Mar2023, Vol. 205, p174-184. 11p.

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Microbial synthesis of antimony sulfide to prepare catechol and hydroquinone electrochemical sensor by pyrolysis and carbonization.

• Authors : Jiang, Xiaopeng¹ (AUTHOR); Yuan, Yue² (AUTHOR); Zhao, Xiaomeng¹ (AUTHOR)

Subjects: *Hydroquinone; *Antimony; *Catechol

• Source: Environmental Research. Jul2024:Part 1, Vol. 252, pN.PAG-N.PAG. 1p.

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Methane emission, nutrient utilization, microbial protein synthesis and growth performance in finisher lambs fed complete feed blocks containing phytochemical-rich forages of semi-arid region.

• Authors : Bhatt, Randhir Singh¹ (AUTHOR); Sahoo, Artabandhu¹ (AUTHOR) ; Kumar Soni, Lalit¹ (AUTHOR)

Subjects: *Arid regions; *Forage plants; Microbiological synthesis

• Source: Carbon Management. Apr2020, Vol. 11 Issue 2, p97-107. 11p.

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Methane production and microbial protein synthesis in adult sheep fed total mixed ration as mash and as complete feed block.

• Authors : Bhatt, Randhir Singh¹ (AUTHOR) ; Soni, Lalit¹ (AUTHOR); Sahoo, Artabandhu¹ (AUTHOR)

Subjects: *Methane; Microbiological synthesis; Protein synthesis

• Source: Carbon Management. Jun2019, Vol. 10 Issue 3, p241-253. 13p.

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Microenvironment: An efficient avenue for converting CO2 to high-value compounds.

• Authors : Ji, Xiuling^1,2 (AUTHOR); Guo, Hao¹ (AUTHOR); Xue, Yaju¹ (AUTHOR)

Subjects: *Carbon dioxide; *Sustainability; *Bioconversion

• Source: Renewable & Sustainable Energy Reviews. Dec2023, Vol. 188, pN.PAG-N.PAG. 1p.

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Schwertmannite transformation via direct or indirect electron transfer by a sulfate reducing enrichment culture.

• Authors : Zeng, Yufei^1,2; Wang, Han^1,2; Guo, Chuling^1,2

Subjects: *Sulfates; *Minerals; Microbiological synthesis

• Source: Environmental Pollution. Nov2018:Part A, Vol. 242, p738-748. 11p.

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The microbial transformation of 17β‑estradiol in an anaerobic aqueous environment is mediated by changes in the biological properties of natural dissolved organic matter.

• Authors : Gu, Lipeng¹; Huang, Bin¹ ; Lai, Chaochao¹

Subjects: *Anaerobic bacteria; *Biodegradation; Estradiol

• Source: Science of the Total Environment. Aug2018, Vol. 631, p641-648. 8p.

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Microbial synthesis of metallic molybdenum nanoparticles.

• Authors : Nordmeier, Akira¹; Merwin, Augustus¹; Chidambaram, Dev^1,2

Subjects: *Molybdenum; Microbiological synthesis; Metallic composites

• Source: Chemosphere. Jul2018, Vol. 203, p521-525. 5p.

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Coupling of microbial nitrogen transformations and climate in sclerophyll forest soils from the Mediterranean Region of central Chile.

• Authors : Pérez, Cecilia A.¹ ; Armesto, Juan J.^1,2

Subjects: *Forest soils; *Nitrogen in soils; *DroughtsChile

• Source: Science of the Total Environment. Jun2018, Vol. 625, p394-402. 9p.

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