Rev Bras Fisiol Exerc 2021;20(4);403-04
doi: 10.33233/rbfex.v20i4.4902
EDITORIAL
Is resistance training effective in improving strength
and functionality in post stroke adults?
O
treinamento resistido é eficaz na melhora de força e funcionalidade em indivíduos
adultos pós-acidente vascular cerebral?
Camilla
Lemos Souza1,2, Pedro Elias Santos Souza2,3, Marvyn de Santana do Sacramento2,4
1Faculdade Maria Milza
(FAMAM), Gov. Mangabeira, BA, Brazil
2ACTUS CORDIOS Reabilitação
Cardiovascular, Respiratória e Metabólica, Salvador, BA, Brazil
3Universidade Católica do Salvador,
Salvador, BA, Brazil
4Centro Universitário Social da Bahia,
Salvador, BA, Brazil
Received:
August 2, 2021; Accepted: August 20, 2021.
Correspondence: Camilla Lemos Souza, Rua Benício Silva, 25 Cajueiro,
Santo Antônio de Jesus BA, Brazil
Camilla Lemos Souza: camillalsfisio@gmail.com
Pedro Elias Santos Souza: peedroefisio@gmail.com
Marvyn de Santana do
Sacramento: marvynsantana@gmail.com
Stroke was
considered in 2018 by the World Health Organization (WHO) as the second leading
cause of death in the world [1]. In Brazil, it is the leading cause of death or
disability, causing sequelae in more than 2 million people according to an
epidemiological study carried out in 2013 [2]. This information is alarming, as
about 80% of people who suffer a stroke present impaired motor functionality
and reduction of work capacity and quality of life [3].
Interventions
with physical exercise are intended to promote better recovery of the patient's
mobility and functionality, and among the various techniques offered,
resistance training has been widely used to increase strength, endurance,
flexibility and improve the ability to acceleration [4].
The current
edition of the Revista Brasileira
de Fisiologia do Exercício
brings a study [5] with the aim of analyzing whether only the use of resistance
training (RT) is effective in increasing the patient's strength and function,
compared to other neuromuscular interventions, conventional therapy, or control
with placebo interventions. The authors carried out searches in several
databases to find systematic reviews that verified the effects of the
application of the RT, also evaluating the quality of this evidence.
After the
application of the RT, the patients showed a significant increase of muscle
strength in the upper and lower limbs, gains of 1 repetition maximum and a
better performance in the six-minute walk test, but no significant progress in
the variables: activity of daily living, maximum walking speed and preferred
walking speed. A critical reading of this document will allow us to understand
the most used prescription aspects, while leading us to think about the ways to
achieve the best results in neurofunctional rehabilitation.