Universidad San Sebastián

Research output

Research output per year 1983 2022 2023 2024 2025

• 3533 Article
• 389 Review article
• 264 Chapter
• 160 Conference contribution
• 388 More
  • 101 Book
  • 94 Comment/debate
  • 48 Letter
  • 30 Other contribution
  • 29 Editorial
  • 21 Conference article
  • 17 Paper
  • 12 Patent
  • 10 Short survey
  • 7 Abstract
  • 5 Poster
  • 5 Working paper
  • 3 Doctoral Thesis
  • 2 Anthology
  • 2 Foreword/postscript
  • 1 Commissioned report
  • 1 Scientific review

Research output per year

Research output per year

Search results

• 2024

  MÉTODO DE SÍNTESIS DE NANOPARTÍCULAS FLUORESCENTES DE ORO; NANOPARTÍCULAS Y SU USO.

  Oyarzún Cayo, P. A. (Inventor), Díaz-García, V. (Inventor), Coelho Caro, P. A. (Inventor), Contreras Trigo, B. (Inventor), Cáceres Congreve, R. P. (Inventor) & Inostroza Concha, M. L. L. (Inventor), 2024, IPC No. B82Y 40/00, B22F 9/24 , C09K 11/58, Patent No. 69922

  Research output: Patent

• Métodos de inactivación viral por nsPEF útiles para elaboración de vacunas.

  Perez Acle, T. O. (Inventor), Ruiz-Fernández, A. R. (Inventor) & Campos Pérez, L. E. (Inventor), 2024, (Submitted) Patent No. 202402314, Priority date 2024

  Research output: Patent
• 2023

  Detecção de tuberculose bovina usando genossensor (nano-genossensor) baseado em nanopartículas semicondutoras fluorescentes

  Oyarzún Cayo, P. A. (Inventor), Díaz-García, V. (Inventor) & Inostroza Concha, M. L. L. (Inventor), 2023, (Submitted) IPC No. C12Q 1/68, B82Y 15/00, C09K 11/88, G01N 21/76, Patent No. BR 11 2023 018177 1 A2, Priority date 2021, Priority No. WO2022187976

  Research output: Patent

• DETECCIÓN DE TUBERCULOSIS BOVINA MEDIANTE UN GENOSENSOR (NANO-GENOSENSOR) BASADO EN NANOPARTÍCULAS SEMICONDUCTORAS FLUORESCENTES

  Oyarzún Cayo, P. A. (Inventor), Díaz-García, V. (Inventor) & Inostroza Concha, M. L. L. (Inventor), 2023, (Submitted) IPC No. C12Q 1/68, C09K 11/88, B82Y 15/00, G01N 21/76, Patent No. CL202302668, Priority date 2021, Priority No. WO2022187976

  Research output: Patent

• DETECTION OF BOVINE TUBERCULOSIS USING A GENOSENSOR (NANO-GENOSENSOR) BASED ON FLUORESCENT SEMICONDUCTOR NANOPARTICLES

  Oyarzún Cayo, P. A. (Inventor), Díaz-García, V. (Inventor) & Inostroza Concha, M. L. L. (Inventor), 2023, (Submitted) IPC No. G01N 21/64, B82Y 15/00, B82Y 20/00, B82Y 40/00, C09K 11/02, C09K 11/88, C12Q 1/689, Patent No. US 2024/0393243 A1, Priority date 2021, Priority No. WO2022187976

  Research output: Patent

• 나노항체 생성을 위한 신속 단일-단계 구배 방법 (RAPID SINGLE-STEP GRADIENT METHOD FOR THE GENERATION OF NANOANTIBODIES): KR 20230065931 A

  Alejandro, R. (Inventor), Guillermo, V. (Inventor), Ronald, J. (Inventor), Johanna, H. (Inventor), Constanza, S. (Inventor), Teresa, P. (Inventor), Natalia, L. (Inventor), Yorka, C. (Inventor), Alexei, C. (Inventor), Zaray, M. (Inventor), Benjamin, U. (Inventor) & Ananda, M. (Inventor), 2023, Patent No. KR 20230065931 A

  Research output: Patent
• 2022

  DETECCIÓN DE TUBERCULOSIS BOVINA MEDIANTE UN GENOSENSOR (NANO- GENOSENSOR) BASADO EN NANOPARTÍCULAS SEMICONDUCTORAS FLUORESCENTES

  Oyarzún Cayo, P. A. (Inventor), Díaz-García, V. (Inventor) & Inostroza Concha, M. L. L. (Inventor), 2022, (Submitted) IPC No. C12Q1/68 , B82Y15/00 , C09K11/88 , G01N21/76, Patent No. AR125449A1

  Research output: Patent

• MÉTODO PARA LA EXTRACCION DE ADN A PARTIR DE MUESTRAS BIOLÓGICAS COMPLEJAS CON ELEVADA FIBRA PARA USO ANALÍTICO EN APLICACIONES DE DIAGNÓSTICO Y BIOLOGÍA MOLECULAR

  Díaz Vásquez, W. A. (Inventor), Huaiquipán Bustos, Y. I. (Inventor) & Fernández, V. (Inventor), 2022, (Submitted) IPC No. C12N 15/11 , C12N 15/10, Patent No. CL2022000677, 2022, Priority date 2022, Priority No. CL2022000677

  Research output: Patent
• 2021

  ANTIPROLIFERATIVE EFFECT OF AGAROPHYTON CHILENSIS EXTRACT IN PROSTATE CANCER

  Godoy Sánchez, A. S. (Inventor), Bronfman, F. C. (Inventor), Schmidt, C. B. (Inventor) & Contreras, L. (Inventor), 2021, (Submitted) IPC No. A61K31/20, A61K31/201, A61K31/202, A61K36/04, A61P35/00, Patent No. US2022305068, 2021, Priority date 2019, Priority No. WO2020257952

  Research output: Patent

• MÉTODO Y SISTEMA MICROSCÓPICO HIPERESPECTRAL PARA LA CERTIFICACIÓN CIENTÍFICA DE MIEL QUE PERMITE LA CLASIFICACIÓN BOTÁNICA DE LA MIEL Y DETECTAR ADULTERACIONES

  Coelho Caro, P. A. (Inventor), Rondanelli-Reyes, M. (Inventor), Garces Avilez, R. E. (Inventor), Contreras Trigo, B. (Inventor), Sanhueza Ruiz, I. E. (Inventor), Machuca, G. E. B. (Inventor), Jara, A. (Inventor), Staforelli Vivanco, J. P. (Inventor), Lamas, I. (Inventor), Troncoso, J. M. (Inventor) & Tapia Farias, J. (Inventor), 2021, (Submitted) IPC No. A23L21/25, G01N21/25, G01N21/956, G06F18/00, G06N20/10, G06T7/00, Patent No. CL202103610, 2021, Priority date 2021, Priority No. CL202103610

  Research output: Patent
• 2019

  USO DE COTININA Y ACEITE DE KRILL PARA TRATAR O PREVENIR UN TRANSTORNO INDUCIDO POR ESTRÉS CRÓNICO, DONDE EL TRANSTORNO ES DEPRESIÓN O ANSIEDAD Y COMPOSICIÓN FARMACÉUTICA QUE LOS COMPRENDE

  Echeverría Moran, V. (Inventor), 2019, (Submitted) IPC No. A61K 45/06, A61K 31/202, A61K 31/4439, A61K 35/612, A61P 17/18, A61P 25/22, Patent No. CL201902313, 2019, Priority date 2018, Priority No. US62/459.736

  Research output: Patent
• 2018

  THE COMBINATION OF COTININE PLUS ANTIOXIDANT FOR TREATMENT-RESISTANT DEPRESSION AND CORRECTION OF ASTROCYTES FUNCTIONAL DEFICIT INDUCED BY DEPRESSION AND OTHER NEUROPATHOLOGICAL CONDITIONS

  Echeverría Moran, V. (Inventor), 2018, (Submitted) IPC No. A61K 31/465, A61K 31/435, A61P 17/18, Patent No. US20200000790, 2018, Priority date 2017, Priority No. US62/459,736

  Research output: Patent