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Cited by 20 publications
(7 citation statements)
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References 40 publications
(43 reference statements)
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“…No conclusion about bioaccumulation of Ca, Mg, P, and K in presence of Se could be done and this may be due to high coefficient of variance observed (Table 2). Moreover, the values of these minerals in these strains also varied within the range generally found in shiitake mushrooms (Longvah and Deosthale 1998; Mattila and others 2001; Casaril and others 2011). Silva and others (2012) showed that addition of sodium selenite in substrate not affects the concentration of some element, as Ca, Mg, P, and K, in P. ostreatus mushroom.…”
Section: Resultsmentioning
confidence: 55%
“…No conclusion about bioaccumulation of Ca, Mg, P, and K in presence of Se could be done and this may be due to high coefficient of variance observed (Table 2). Moreover, the values of these minerals in these strains also varied within the range generally found in shiitake mushrooms (Longvah and Deosthale 1998; Mattila and others 2001; Casaril and others 2011). Silva and others (2012) showed that addition of sodium selenite in substrate not affects the concentration of some element, as Ca, Mg, P, and K, in P. ostreatus mushroom.…”
Section: Resultsmentioning
confidence: 55%
“…Each country prefers to use their own wastes of agricultural products in the cultivation of mushrooms. Different agricultural wastes have been investigated in studies on shiitake mushroom cultivation, such as hazelnut husk-wheat straw-wheat branbeech sawdust (Özçelik and Pekşen, 2006), hazelnut huskwheat straw-beech wood chip-wheat bran mixtures (Özçelik and Pekşen, 2007), wheat straw-corn cobs-oak wood sawdust mixtures (Philippoussis et al, 2007), cocoa huskcotton waste-oak sawdust-wheat bran mixtures (Escobar et al, 2007), wheat straw-coir pith-poplar sawdust-teak sawdust-sal sawdust (Puri et al, 2011), eucalyptus sawdustrice bran-wheat bran-soybean bran (Casaril et al, 2011), oak sawdust-almond bark-poplar-walnut shell-linter-residue of textile fibers-olive waste-residue of guar-corn residueresidue of sunflower seed-residue of cotton-residue of grape mixture (Sözbir, 2014) and chickpea straw-corn stalk-alfalfa hay-sunflower head residue (Atila, 2019). In addition to all these, it was reported the use of wheat straw (Delpech and Olivier, 1991;Mata and Savoie, 1998;Savoie et al, 2000;Mata and Gaitán-Hernández, 2004;Philippoussis et al, 2007;Sharma et al, 2013;Gaitán-Hernández et al, 2014), paddy straw (Puri, 2012), coffee residues (Mata and Gaitán-Hernández, 1994;Fan and Soccol, 2005), sunflower seeds hulls (Curvetto et al, 2004), vineyard pruning waste (Gaitán-Hernández et al, 2006), corn cobs (Philippoussis et al, 2007), sugar cane bagasse (Salmones et al, 1999), sawdust (Fan and Soccol, 2005;Royse and Sánchezi, 2007;Martínez-Guerrero et al, 2012) in a review study carried out on shiitake mushroom by Mata and Savoie (2018).…”
Section: Introductionmentioning
confidence: 99%
“…In many countries where agricultural production is intense, many agricultural wastes, which can be provided with abundant and cheap costs, have been used in mushroom cultivation without any pre-treatment (Kara and Sezer, 1992;Akyüz and Kırbağ, 2009). Different substrate materials such as hazelnut husk, wheat straw, wheat-rice-soybean bran, beech sawdust, corncobs, cocoa husk, cotton waste, coir pith, almond bark, walnut shell, olive waste, linter-residue of textile fibre, guar-corn-sunflower seed-cotton-grape-coffee residues, chickpea straw, corn stalk, alfalfa hay, sunflower head residue, vineyard pruning waste, paddy straw, sugar cane bagasse, oak-poplar-teak-saleucalyptus sawdust have been tested in L. edodes production (Salmones et al, 1999;Fan and Soccol, 2005;Ozcȩlik andPeksȩn, 2006, 2007;Gaitán-Hernández et al, 2006;Philippoussis et al, 2007;Escobar et al, 2007;Puri et al, 2011;Casaril et al, 2011;Puri, 2012;Sozbir, 2014;Mata and Savoie, 2018;Atila, 2019;Yu et al, 2021).…”
Section: Introductionmentioning
confidence: 99%