#Biotecnologia blanca trial

obliquus cultivations proved to be an efficient system for direct piggery effluent bioremediation, attaining biomass productivities similar to those obtained in synthetic media. For pig waste experiments, ammonium removal rates were 95% with final values within legal limits. However, pig waste led to higher percentage of cells with permeabilised membrane (up to 18%) than Bristol cultures (7%). Regarding cell size and complexity, Bristol cultures did not show significant differences along time, while cells grown on pig waste increased, attaining FSC and SSC values similar to those observed for Bristol cultures. The Chlorophyll content was correlated to Fе…ѓ autofluorescence, with R2>0.97 for Bristol and R2>0.92 for pig waste cultures. obliquus cells have grown slower in pig effluent (mmax=0.13-19d-1) than in Bristol media (mmax=0.46-0.50d-1) although after 15 days the biomass productivity observed for the pig waste cultivation, operated under LED (0.127gL-1d-1) was similar to those attained for the Bristol media after 8 and 12 days (0.130 and 0.129 gL-1d-1 using Fluorescent and LED lights, respectively). Microalgae growth was monitored through OD540nm, dry weight and Chlorophyll content and also by flow cytometry in terms of autofluorescence read in Fе…ѓ channel (>670 nm), cell size (FSC), internal complexity (SSC) and cell membrane integrity (PI).

#Biotecnologia blanca trial

A 21-days trial was performed in 1L bubble-column reactors illuminated by fluorescent and LED lamps(3klux). Scenedesmus obliquus was grown in piggery effluent (without any pretreatment) diluted with tap water at 5%v/v (187в’5mg/L N-NH4+) and compared with growth in synthetic Bristol media. Microalgae ability to deplete inorganic nutrients makes them an efficient effluent bioremediation tool. In: CLABA: Congreso Latinoamericano Biotecnologia Algal, Book of Abstracts, ViГ±a del Mar, Chile, 25-29 October, 2015.Д®ffluents from intensive pig farms present high nutrient concentration, mainly ammonium, contributing to water eutrophication and pollution. Bioremediation of piggery effluents using Scenedesmus Obliquus microalga. 1.:1вЂ“18.Please use this identifier to cite or link to this item:Д«ioremediation of piggery effluents using Scenedesmus Obliquus microalga Д«atista, A.P. Research Article Null Evidence of Ammonium Consumption by Lactobacillus Probiotic Bacteria, in a Fermentative System. Solis-Pacheco, J.R, Mateos, P., RodrГguez- Arreola, R., Reynoso, G., Balcazar- LГіpez E., Aguilar-Uscanga B.R. Research Article Human Milk Powder an Alternative for Better Conservation and Healthier Use in the Banks of Human Milk. Solis-Pacheco, J.R, RodrГguez-Arreola, R., Padilla, G., Morales, G., AlbarrГЎn, C., LГіpez, Aguilar-Uscanga B.R. Effect of the Intake of Probiotics Isolated from Human Milk in People with Gastritis and Irritable Bowel Syndrome Journal of Probiotics & Health. Research Article Comparison and Mathematical Description of Ethanol Fermentation by Unconventional Substrates Sweet Sorghum Juice, Hydrolysed from Sorghum Bagasse and Cane Molasses. GГіmez-Vazquez M., Solis-Pacheco J.R., Gonzalez Reynoso, O., and Aguilar-Uscanga B.R (2018). Water Science and Technology, 76(1), 49вЂ“56. Evaluation of nutrients removal (NO3-N, NH3-N and PO4-P) with Chlorella vulgaris, Pseudomonas putida, Bacillus cereus and a consortium of these microorganisms in the treatment of wastewater effluents. S., GГіmez-Hermosillo, C., Parra-RodrГguez, F. GГіmez-GuzmГЎn, A., JimГ©nez-MagaГ±a, S., Guerra-RenterГa, A. Impact of pasteurization/freeze-drying on available immunoglobulin content of the mature human milk. Д¬astro-AlbarrГЎn, J., Navarro-HernГЎndez, R. Spray and freeze drying of human milk on the retention of immunoglobulins (IgA, IgG, IgM). R., Calon, F., St-Amour, I., SolГs-Pacheco, J., Saucier, L., & Ratti, C. Cold plasma treatment as an alternative for ochratoxin a detoxification and inhibition of mycotoxigenic fungi in roasted coffee. In-vivo assessment of the protection of ОІ-glucans of pleurotus ostreatus against oxidative stress caused by acrylamide intake (Part II). R., Sandoval-GarcГa, F., Navarro-HernГЎndez, R. R., Cavazos-GarduГ±o, A., Solis-Pacheco, J. Responsable del laboratorio de MicrobiologГa Industrial.ДЄguilar-Uscanga, B. Doctor en Ciencias en BiotecnologГa (INSA-Toulouse Francia).Дiploma de Estudios a profundidad вЂњMasterвЂњ (INSA-Toulouse Francia).