Revista
Biorrefinería
Vol.
2


.
2


Año:
2019
ISSN:
2602-8530
61
an

indigenous

forest

tree,

Theobroma

gileri,

in

Ecuador

and

a

preliminary

assess-ment

of

their
potential

as

biocontrol

agents

of

cocoa

diseases.

Mycological

Progress,

2(2),

149160.


Faull,
J.

L.,

Graeme-Cook,

K.

A.,

&

Pilkington,

B.

L.

(1994).

Production

of

an

isonitrile

antibiotic

by
an

UV-induced

mutant

of

Trichoderma

harzianum.

Phytochemistry,

36(5),

12731276.
http://doi.org/10.1016/S0031 - 9422(00)89649 -1
Gams,
W.,

&

Bissett,

J.

(1998).

Morphology

and

Identification

of

Trichoderma.

In

G.

Harman

&

C.
Kubicek

(Eds.),

Trichoderma

&

Gliocladium,

Enzymes,

biological

control

and

commercial
applications

(2nd

ed.,

pp.

1

34).

London:

Taylor

&

Francis.
Gato,
Y.

(2010).

Métodos

de

conservación

y

formulación

de

Trichoderma

harzianum

Rifai.

Revista
Fitosanidad,

14(3),

189195.
Gato,
Y.,

Rodríguez,

D.,

&

Elósegui,

O.

(2009).

Trichoderma

harzianum

Rifai

cepa

A-34:

Métodos

de
conservación

y

evaluación

de

sus

formulados.

Universidad

de

La

Habana.
Ghisalberti,
E.

L.,

&

Sivasithamparam,

K.

(1991).

Antifungal

antibiotics

produced

by

Trichoderma
spp.
Soil
Biology
and
Biochemistry,

23(11),

10111020.

http://doi.org/10.1016/0038 -
0717(91)90036-J
Grinyer,
J.,

Kautto,

L.,

Traini,

M.,

Sauces,

R.

D.,

Junior,

T.,

Bergquist,

P.,

&

Nevalainen,

H.

(2007).
Proteome

mapping

of

the

Trichoderma

reesei

20S

proteasome.

Current

Genetics,

51(2),

79
88.

http://doi.org/10.1007/s00294 - 006 - 0108 -8
Guigón-López,
C.,

Guerrero-Prieto,

V.,

Vargas-Albores,

F.,

Carvajal-Millán,

E.,

Ávila-Quezada,

G.

D.,
Bravo-Luna,

L.,


Lorito,

M.

(2010).

Identificación

Molecular

de

Cepas

Nativas

de

Trichoderma
spp.

su

Tasa

de

Crecimiento

in

vitro

y

Antagonismo

contra

Hongos

Fitopatógenos.

Revista
Mexicana
de
Fitopatología,
28(2),
87–96.
Retrieved
from
http://www.scielo.org.mx/scielo.php?script=sci_arttext&pid=S0185-
33092010000200002&lng=es&nrm=iso&tlng=es
Harman,
G.,

Howell,

C.,

Viterbo,

A.,

Chet,

I.,

&

Lorito,

M.

(2004).

Trichoderma

species-opportunistic,
avirulent

plant

symbionts.

Nat

Rev

Microbiol,

2(1),

43–56.

http://doi.org/10.1038/nrmicro797
Hawksworth,
D.

L.

(2001).

The

magnitude

of

fungal

diversity:

the


5

million

species

estimate
revisited.
Mycological
Research,
105(12),
14221432.
http://doi.org/10.101 7/S0953756201004725
Keller,
N.

P.,

Turner,

G.,

&

Bennett,

J.

W.

(2005).

Fungal

secondary

metabolism

[mdash]

from
biochemistry
to
genomics.
Nat
Rev
Micro,
3(12),
937947.
http://doi.org/10.1038/nrmicro1286
Kobayashi,
M.,

Uehara,

H.,

Matsunami,

K.,

Aoki,

S.,

&

Kitagawa,

I.

(1993).

Trichoharzin,

a

new
polyketide

produced

by

the

imperfect

fungus

Trichoderma

harzianum

separated

from

the
marine
sponge
Micale
cecilia.
Tetrahedron
Letters,
34(49),
79257928.
http:/ /doi.org/10.1016/S0040 - 4039(00)61513 -7
Kremnický,
L.,

Mastihuba,

V.,

&

Côté,

G.

L.

(2004).

Trichoderma

reesei

acetyl

esterase

catalyzes
transesterification

in

water.

Journal

of

Molecular

Catalysis

B:

Enzymatic,

30(5),

229239.
http://doi.org/10.1016/j.molc atb.2004.05.007
Kubicek,
C.,

Komon-Zelazowska,

M.,

&

Druzhinina,

I.

(2008).

Fungal

genus

Hypocrea

/

Trichoderma:
from
barcodes
to
biodiversity.
J
Zhejiang
Univ
Sci
B,
9(10),
753763.
http://doi.org/10.1631/jzus.B0860015
Kubicek,
C.

P.,

Herrera-Estrella,

A.,

Seidl-Seiboth,

V.,

Martinez,

D.

A.,

Druzhinina,

I.

S.,

Thon,

M.,


Grigoriev,

I.

V.

(2011).

Comparative

genome

sequence

analysis

underscores

mycoparasitism
as
the
ancestral
life
style
of
Trichoderma.
Genome
Biology,
12(4),
115.
http://doi.org/10.1186/gb - 2011 - 12 -4- r40
Kuhls,
K.,

Lieckfeldt,

E.,

&

Börner,

T.

(1995).

PCR-fingerprinting

used

for

comparison

of

ex

type