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Artigo
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states
Microglial immunosurveillance of the brain parenchyma to detect local perturbations in homeostasis, in all species, results in the adoption of a spectrum of morphological changes that reflect functional adaptations. Here, we review the contribution of these changes in microglia morphology in distant...
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ir-iec-43412021-07-12T13:50:49Z Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states Carvalho-Paulo, Dario Torres Neto, Jo?o Bento Santos Filho, Carlos Oliveira, Thais Cristina Galdino de Sousa, Aline Amaral Reis, Renata Rodrigues dos Santos, Zaire Alves dos Lima, Camila Mendes de Oliveira, Marcus Augusto de Said, Nivin Mazen Freitas, Sinara Franco Sosthenes, Marcia Consentino Kronka Gomes, Giovanni Freitas Henrique, Ediely Pereira Pereira, Patrick Douglas C?rrea Siqueira, Lucas Silva de Melo, Mauro Andr? Damasceno de Diniz, Cristovam Guerreiro Magalh?es, Nara Gyzely de Morais Diniz, Jos? Ant?nio Pican?o Vasconcelos, Pedro Fernando da Costa Diniz, Daniel Guerreiro Anthony, Daniel Clive Sherry, David Francis Brites, Dora Diniz, Cristovam Wanderley Pican?o Microglia / citologia Microglia / virologia Testes Neuropsicol?gicos C?rebro / citologia Homeostase Sistema Nervoso Central Microglial immunosurveillance of the brain parenchyma to detect local perturbations in homeostasis, in all species, results in the adoption of a spectrum of morphological changes that reflect functional adaptations. Here, we review the contribution of these changes in microglia morphology in distantly related species, in homeostatic and non-homeostatic conditions, with three principal goals (1): to review the phylogenetic influences on the morphological diversity of microglia during homeostasis (2); to explore the impact of homeostatic perturbations (Dengue virus challenge) in distantly related species (Mus musculus and Callithrix penicillata) as a proxy for the differential immune response in small and large brains; and (3) to examine the influences of environmental enrichment and aging on the plasticity of the microglial morphological response following an immunological challenge (neurotropic arbovirus infection). Our findings reveal that the differences in microglia morphology across distantly related species under homeostatic condition cannot be attributed to the phylogenetic origin of the species. However, large and small brains, under similar non-homeostatic conditions, display differential microglial morphological responses, and we argue that age and environment interact to affect the microglia morphology after an immunological challenge; in particular, mice living in an enriched environment exhibit a more efficient immune response to the virus resulting in earlier removal of the virus and earlier return to the homeostatic morphological phenotype of microglia than it is observed in sedentary mice. Fundac??o de Amparo ? Pesquisa do Para? ? FADESP/Pro?-Reitoria de Pesquisa e Po?s-Graduac??o da Universidade Federal do Para? ? PROPESP Edital 2020-PIAPA; Coordenac??o de Aperfeic?oamento de Pessoal de N?vel Superior ? ? CAPES ? Pro?-Amazo?nia, Grant No. 3311/2013; Programa Ciencias do Mar II; The Canadian Bureau for ? International Education (CBIE); Brazilian Research Council ? CNPq Grant No. 307749/2004-5 and 471077/2007-0; Fundac??o Amazo?nia de Amparo a Estudos e Pesquisas do Para? ? FAPESPA, ICAAF No. 039/2017; Fundac?o? para a Ciencia e a Tecnologia (PTDC/MED-NEU/31395/2017, ? LISBOA-01-0145-FEDER-031395 and UID/DTP/04138/2018- 2021), as well as by Santa Casa da Miserico?rdia (ALS Research Grant). Brazilian National Research Council - CNPq grants No 573739/2008-0, 457664/2013-4 and 303999/2016-0. 2021-07-12T13:19:56Z 2021-07-12T13:19:56Z 2021 Artigo CARVALHO-PAULO, Dario et al. Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states. Frontiers in Immunology, v. 12, n. 683026, p. 1-19, June 2021. 1664-3224 http://patua.iec.gov.br//handle/iec/4341 10.3389/fimmu.2021.683026 eng Acesso Aberto application/pdf Frontiers Media |
institution |
Instituto Evandro Chagas (IEC) |
collection |
PATUA |
language |
eng |
topic |
Microglia / citologia Microglia / virologia Testes Neuropsicol?gicos C?rebro / citologia Homeostase Sistema Nervoso Central |
spellingShingle |
Microglia / citologia Microglia / virologia Testes Neuropsicol?gicos C?rebro / citologia Homeostase Sistema Nervoso Central Carvalho-Paulo, Dario Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
topic_facet |
Microglia / citologia Microglia / virologia Testes Neuropsicol?gicos C?rebro / citologia Homeostase Sistema Nervoso Central |
description |
Microglial immunosurveillance of the brain parenchyma to detect local perturbations in homeostasis, in all species, results in the adoption of a spectrum of morphological changes that reflect functional adaptations. Here, we review the contribution of these changes in microglia morphology in distantly related species, in homeostatic and non-homeostatic conditions, with three principal goals (1): to review the phylogenetic influences on the morphological diversity of microglia during homeostasis (2); to explore the impact of homeostatic perturbations (Dengue virus challenge) in distantly related species (Mus musculus and Callithrix penicillata) as a proxy for the differential immune response in small and large brains; and (3) to examine the influences of environmental enrichment and aging on the plasticity of the microglial morphological response following an immunological challenge (neurotropic arbovirus infection). Our findings reveal that the differences in microglia morphology across distantly related species under homeostatic condition cannot be attributed to the phylogenetic origin of the species. However, large and small brains, under similar non-homeostatic conditions, display differential microglial morphological responses, and we argue that age and environment interact to affect the microglia morphology after an immunological challenge; in particular, mice living in an enriched environment exhibit a more efficient immune response to the virus resulting in earlier removal of the virus and earlier return to the homeostatic morphological phenotype of microglia than it is observed in sedentary mice. |
format |
Artigo |
author |
Carvalho-Paulo, Dario |
author2 |
Torres Neto, Jo?o Bento Santos Filho, Carlos Oliveira, Thais Cristina Galdino de Sousa, Aline Amaral Reis, Renata Rodrigues dos Santos, Zaire Alves dos Lima, Camila Mendes de Oliveira, Marcus Augusto de Said, Nivin Mazen Freitas, Sinara Franco Sosthenes, Marcia Consentino Kronka Gomes, Giovanni Freitas Henrique, Ediely Pereira Pereira, Patrick Douglas C?rrea Siqueira, Lucas Silva de Melo, Mauro Andr? Damasceno de Diniz, Cristovam Guerreiro Magalh?es, Nara Gyzely de Morais Diniz, Jos? Ant?nio Pican?o Vasconcelos, Pedro Fernando da Costa Diniz, Daniel Guerreiro Anthony, Daniel Clive Sherry, David Francis Brites, Dora Diniz, Cristovam Wanderley Pican?o |
author2Str |
Torres Neto, Jo?o Bento Santos Filho, Carlos Oliveira, Thais Cristina Galdino de Sousa, Aline Amaral Reis, Renata Rodrigues dos Santos, Zaire Alves dos Lima, Camila Mendes de Oliveira, Marcus Augusto de Said, Nivin Mazen Freitas, Sinara Franco Sosthenes, Marcia Consentino Kronka Gomes, Giovanni Freitas Henrique, Ediely Pereira Pereira, Patrick Douglas C?rrea Siqueira, Lucas Silva de Melo, Mauro Andr? Damasceno de Diniz, Cristovam Guerreiro Magalh?es, Nara Gyzely de Morais Diniz, Jos? Ant?nio Pican?o Vasconcelos, Pedro Fernando da Costa Diniz, Daniel Guerreiro Anthony, Daniel Clive Sherry, David Francis Brites, Dora Diniz, Cristovam Wanderley Pican?o |
title |
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
title_short |
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
title_full |
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
title_fullStr |
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
title_full_unstemmed |
Microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
title_sort |
microglial morphology across distantly related species: phylogenetic, environmental and age influences on microglia reactivity and surveillance states |
publisher |
Frontiers Media |
publishDate |
2021 |
url |
http://patua.iec.gov.br//handle/iec/4341 |
_version_ |
1717584431659614208 |
score |
11.687526 |