Muestra la distribución de la producción WoS, Scopus y SciELO del autor.
Publicaciones WoS (Ediciones: ISSHP, ISTP, AHCI, SSCI, SCI), Scopus, SciELO Chile.
| Firmas del autor | |
| Nombre | CHEUQUEMILLA, YORKA |
| Género | - |
| Área Principal WOS | Multidisciplinary Sciences; Cell Biology; |
| Afiliación Principal | Universidad Austral De Chile |
Publicaciones en Chile
Citas Totales
Afiliaciones Chilenas
| WOS | #Pub |
|---|---|
| Multidisciplinary Sciences | 2 |
| Cell Biology | 1 |
| Scopus | #Pub |
|---|---|
| Multidisciplinary | 1 |
| SciELO | #Pub |
|---|
| Autor | Género | # Pub |
|---|---|---|
| CHANA, P | Hombre | 2 |
| SOZA, ANDREA | Mujer | 1 |
| UBERTI, BENJAMIN | Hombre | 1 |
| GONZALEZ-CARDENAS, ALEXIS | Hombre | 1 |
| MULLER-PEREIRA, ANANDA | Hombre | 1 |
| EHRENFELD-SLATER, INGRID PAMELA | Mujer | 1 |
| KRAMER, VASKO | Hombre | 2 |
| CERDA-TRONCOSO, CRISTOBAL | - | 1 |
| BUSTAMANTE, HIANARA A. | - | 1 |
| ROJAS-FERNANDEZ, ALEJANDRO | Hombre | 4 |
| BURGOS-HITSCHFELD, PATRICIA VERONICA | Mujer | 1 |
| CANCINO-CANCINO, JORGE ORLANDO | Hombre | 1 |
| MANCILLA, HECTOR | Hombre | 1 |
| VALENZUELA-NIETO, GUILLERMO EDUARDO | Hombre | 3 |
| ARIAS-MUNOZ, ELOISA | Mujer | 1 |
| KAUSEL, GUDRUN | Mujer | 1 |
| KERR, BREDFORD | - | 1 |
| HERNANDEZ, SERGIO | Hombre | 1 |
| TOLEDO, JUAN P. | Hombre | 1 |
| JARA, RONALD | Hombre | 3 |
| HIMELREICHS, JOHANNA | Mujer | 2 |
| SALINAS-REBOLLEDO, CONSTANZA | Mujer | 1 |
| CUEVAS, ALEXEI | Hombre | 1 |
| BERKING, ANNE | Mujer | 1 |
| GONZALEZ-MORAGA, SEBASTIAN | Hombre | 1 |
| REHREN, GERMAN | Hombre | 1 |
| KRALL, PAOLA | Mujer | 1 |
| PINTO, TERESA | Mujer | 1 |
| CERECEDA, KARINA | Mujer | 1 |
| MIRANDA-CHACON, ZARAY | - | 1 |
| DERIDE, CAMILA | Mujer | 1 |
| NIETO, GUILLERMO VALENZUELA | Hombre | 1 |
| MARDONES, GONZALO A. | Hombre | 1 |
| SALINAS-VARAS, CONSTANZA | - | 1 |
| Título | Año | Citas | Tipo | Revista | Indexada |
|---|---|---|---|---|---|
| The Proteasomal Deubiquitinating Enzyme Psmd14 Regulates Macroautophagy By Controlling Golgi To Er Retrograde Transport | 2020 | 10 | artículo de investigación | Cells | WoS Scopus |
| Potent Neutralization Of Clinical Isolates Of Sars Co V 2 D614 And G614 Variants By A Monomeric, Sub Nanomolar Affinity Nanobody | 2021 | 24 | artículo de investigación | Scientific Reports | WoS Scopus |
| A Nanobody Recognizes A Unique Conserved Epitope And Potently Neutralizes Sars Co V 2 Omicron Variants | 2023 | 0 | artículo de investigación | I Science | WoS Scopus |
| Development And Evaluation Of An 18 F Labeled Nanobody To Target Sars Co V 2's Spike Protein | 2022 | 0 | Scopus |
| Palabra Clave | #Pub |
|---|---|
| covid-19 | 2 |
| information system model | 1 |
| ubiquitin | 1 |
| trafficking | 1 |
| tetrazine ligation | 1 |
| signals | 1 |
| sars-cov-2 | 1 |
| retrograde | 1 |
| public health | 1 |
| psmd14 | 1 |
| potent | 1 |
| pet | 1 |
| nanobodies | 1 |
| inhibition | 1 |
| alpaca | 1 |
| endoplasmic-reticulum | 1 |
| endocytosis | 1 |
| decision science | 1 |
| cryo-em | 1 |
| coronavirus | 1 |
| biodistribution | 1 |
| binding | 1 |
| autophagic degradation | 1 |
| app | 1 |
| antibodies | 1 |
| amyloid precursor protein | 1 |