Revista
Biorrefinería
Vol.
3


.
3



Año:
2020
ISSN:
2602-8530
34
and

mycelia

of

edible

mushrooms

by

UV-B

irradiation.

Journal

of

Food

Composition

and

Analysis,
42,

38–45.

https://doi.org/10.1016/j.jfca.2015.02.005
Jiao,
F.,

Wang,

X.,

Song,

X.,

Jing,

H.,

Li,

S.,

Ren,

Z.,


Jia,

L.

(2017).

Processing

optimization

and

anti-
oxidative

activity

of

enzymatic

extractable

polysaccharides

from

Pleurotus

djamor.

International
Journal
of
Biological
Macromolecules,
98,
469478.
https://doi.org/10.1016/J.IJBIOMAC.2017.01.126
Jovanović,
A.

A.,

Đorđević,

V.

B.,

Zdunić,

G.

M.,

Pljevljakušić,

D.

S.,

Šavikin,

K.

P.,

Gođevac,

D.

M.,

&
Bugarski,

B.

M.

(2017).

Optimization

of

the

extraction

process

of

polyphenols

from

Thymus
serpyllum

L.

herb

using

maceration,

heat-

and

ultrasound-assisted

techniques.

Separation

and
Purification

Technology,

179,

369–380.

https://doi.org/10.1016/j.seppur.2017.01.055
Khan,
A.

A.,

Gani,

A.,

Masoodi,

F.

A.,

Mushtaq,

U.,

&

Naik,

A.

S.

(2017).

Structural,

rheological,
antioxidant,

and

functional

properties

of

β–glucan

extracted

from

edible

mushrooms

Agaricus
bisporus,

Pleurotus

ostreatus

and

Coprinus

attrimentarius.

Bioactive

Carbohydrates

and

Dietary
Fibre,

11,

67–74.

https://doi.org/10.1016/J.BCDF.2017.07.006
Li,
J.,

Wang,

X.,

Wang,

W.,

Luo,

J.,

Aipire,

A.,

Li,

J.,

&

Zhang,

F.

(2015).

Pleurotus

ferulae

water

extract
enhances

the

maturation

and

function

of

murine

bone

marrow-derived

dendritic

cells

through
TLR4
signaling
pathway.
Vaccine,
33(16),
19231933.
https://doi.org/10.1016/j.vaccine.2015.02.063
Li,
S.,

&

Shah,

N.

P.

(2016).

Characterization,

antioxidative

and

bifidogenic

effects

of

polysaccharides
from
Pleurotus
eryngii
after
heat
treatments.
Food
Chemistry,
197,
240249.
https://doi.org/10.1016/j.foodchem.2015.10.113
Lima,
M.

dos

S.,

da

Conceição

Prudêncio

Dutra,

M.,

Toaldo,

I.

M.,

Corrêa,

L.

C.,

Pereira,

G.

E.,

de
Oliveira,

D.,


Ninow,

J.

L.

(2015).

Phenolic

compounds,

organic

acids

and

antioxidant

activity

of
grape

juices

produced

in

industrial

scale

by

different

processes

of

maceration.

Food

Chemistry,
188,

384392.

https://doi.org/10.1016/j.foodchem.2015.04.014
Lin,
J.

T.,

Liu,

C.

W.,

Chen,

Y.

C.,

Hu,

C.

C.,

Juang,

L.

D.,

Shiesh,

C.

C.,

&

Yang,

D.

J.

(2014).

Chemical
composition,

antioxidant

and

anti-inflammatory

properties

for

ethanolic

extracts

from

Pleurotus
eryngii

fruiting

bodies

harvested

at

different

time.

LWT

-

Food

Science

and

Technology,

55(1),
374–382.

https://doi.org/10.1016/j.lwt.2013.08.023
Llauradó,
G.,

Morris,

H.

J.,

Lebeque,

Y.,

Venet,

G.,

Fong,

O.,

Marcos,

J.,


Bermúdez,

R.

C.

(2016).

Oral
administration

of

an

aqueous

extract

from

the

oyster

mushroom

Pleurotus

ostreatus

enhances
the

immunonutritional

recovery

of

malnourished

mice.

Biomedicine

and

Pharmacotherapy,

83,
1456–1463.

https://doi.org/10.1016/j.biopha.2016.08.067
Ma,
G.,

Yang,

W.,

Mariga,

A.

M.,

Fang,

Y.,

Ma,

N.,

Pei,

F.,

&

Hu,

Q.

(2014).

Purification,

characterization
and

antitumor

activity

of

polysaccharides

from

Pleurotus

eryngii

residue.

Carbohydrate
Polymers,

114,

297–305.

https://doi.org/10.1016/j.carbpol.2014.07.069
Machado
Rocha,

L.

(2000).

Extracción

de

materias

primas

vegetales.

In

R.

Pinzón

(Ed.),

Fundamentos
de

Tecnología

de

Productos

Fitoterapéuticos

(pp.

6170).

Bogotá

D.C.:

Área

de

Ciencia

y
Tecnología

del

Convenio

Andrés

Bello

&

Red

Iberoamericana

de

Productos

Fitofarmacéuticos
(RIPROFITO)

del

subprograma

X

del

CYTED.
Mitra,
A.

K.,

&

Rodríguez-Fernandez,

G.

(2010).

Latin

America

and

the

Caribbean:

assessment

of

the
advances

in

public

health

for

the

achievement

of

the

Millennium

Development

Goals.

Int

J
Environ

Res

Public

Health,

7(5),

2238–2255.

https://doi.org/10.3390/ijerph7052238
Nattoh,
G.,

Musieba,

F.,

Gatebe,

E.,

&

Mathara,

J.

(2016).

Towards

profiling

differential

distribution
of

bioactive

molecules

across

four

phenologies

in

Pleurotus

djamor

R22.

Asian

Pacific

Journal

of
Tropical

Disease,

6(6),

472480.

https://doi.org/10.1016/S2222 - 1808(16)61071 -X
Niksic,
M.,

Klaus,

A.,

&

Argyropoulos,

D.

(2016).

Safety

of

foods

based

on

mushrooms.

In

V.

Prakash,
O.

Martín-Belloso,

L.

Keener,

S.

Astley,

S.

Braun,

H.

Mcmahon,

&

H.

Lelieveld

(Eds.),

Regulating