11 a 20 de 22 Resultados
Adobe PDF - 122,6 KB -
MD5: ddf726ae59161a8970f36d8e0e8d7382
Encuesta online aplicada a través de la plataforma Google Forms. |
Adobe PDF - 161,5 KB -
MD5: 7b022094181d2d7dc948d1ce922f7cb9
Resumen descriptivo de los datos. |
Adobe PDF - 150,0 KB -
MD5: 0e286d6c679179d971e9230a91890b41
Documento que contiene información de contexto asociada al proyecto y a la aplicación de la encuesta. Se incluye la descripción de los principales constructos de la investigación, junto con la explicitación de los ítems con que fueron medidos. Asimismo, contiene los códigos utili... |
Adobe PDF - 66,1 KB -
MD5: cf820ed96d0a772696caa65d3a141d93
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Adobe PDF - 172,1 KB -
MD5: 79a879f01e4becc1e115501d607ab5ed
Este documento contiene las transcripciones de la entrevista con la experta en emprendimiento y del focus group con estudiantes mujeres. |
30 ago. 2024 - FACULTAD DE QUÍMICA Y BIOLOGÍA
CONSTANDIL, LUIS, 2024, "NMDA receptor activation is downstream coupled to pannexin 1 opening by Src kinase in dorsal horn neurons: an essential link for mechanical hyperalgesia in nerve-injured rats", https://doi.org/10.60547/USACH/F6CZ2S, Usach, V1
Summary data book NMDA receptor activation is downstream coupled to pannexin 1 opening by Src kinase in dorsal horn neurons: an essential link for mechanical hyperalgesia in nerve-injured rats PAIN-D-24-00602_R1 |
Datos tabulares - 32 B - 2 Variables, 1 Observaciones - UNF:6:+g/yC839P8CYRIc9yPWppg==
Summary data book
NMDA receptor activation is downstream coupled to pannexin 1 opening by Src kinase in dorsal horn neurons: an essential link for mechanical hyperalgesia in nerve-injured rats
PAIN-D-24-00602_R1 |
13 may. 2024 - FACULTAD TECNOLÓGICA
Davor Ibarra-Pérez; Maria José Galotto, 2024, "Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.", https://doi.org/10.60547/USACH/ANMSAQ, Usach, V1
Concentrations of ingredients and their mechanical properties of bioplastic films made from seaweed are extracted from the scientific literature. The data will be presented in table format, extended from JSON data extracted. Processing for fabrication bioplastics films, combinati... |
13 may. 2024 -
Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.
RAR Archive - 32,6 MB -
MD5: 7f4adb6de288ec6b2f12ef34c3e640a8
app |
13 may. 2024 -
Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.
Adobe PDF - 36,0 KB -
MD5: 63902c2a382ca24d46c1bac3d6313908
Data Plan of Project |
