| 1. | Black wood ear is a good substitute for cloud ear
如果没云耳亦可用黑木耳代替。 |
| 2. | Cultivation of auricularia auricula in logs
段木栽培黑木耳技术 |
| 3. | The use of the cassava dregs , bamboo filings bag in the growth of the edible fungus
竹屑袋栽黑木耳技术及其应用 |
| 4. | Chop bell pepper , carrot and onion into thin shreds . soaked the dry black fungus until soft , tear into small pieces
把甜椒，胡萝卜，和洋葱切成丝。把黑木耳泡软切成小块。 |
| 5. | The analyses showed that rapd was able to differentiate mainly at the species level , while eric is effective at the strain level
以黑木耳菌株为探针进行southem杂交，该探针与黑木耳和琥珀木耳均有杂交带，而毛木耳没有。 |
| 6. | Heat up a frying pan with a tablespoon of oil , pour in the beaten eggs and pan fry over the low heat until lightly golden in both sides . dish off
另热油1大勺爆香姜蒜末，倒入黑木耳及调料炒匀。然后用淀粉水收汁。淋在煎蛋上，洒上葱花即可。 |
| 7. | This paper stated productive technology , productive modes , productive equipments and technical requirement and managemental patterns of auricularia auricular with full - light cultivation
摘要本文对北方黑木耳的生产工艺、生产方式、生产设备、技术要求、全光栽培管理方式等要点进行了阐述。 |
| 8. | The strain 2009 and the pure culture were used as experimental materials to study the relationship between the pregermination methods of auricularia auricula and the emergence rate , the contamination rate and the yield by six methods
摘要以黑木耳菌株2009作试验菌株，选用木屑培养基作试脸材料，在同一黑木耳栽培菌培养室采用6种不同的催芽方法，研究了催芽处理方法与耳基分化率、污染率和产量之间的关系。 |
| 9. | The afic study also found that respondents did not distinguish between modern nutritional scientific information and traditional understanding of food - health associations . traditional food and health associations such as the relationship between the black wood ear fungus and lung health in traditional chinese belief , are based on history of use and not on scientific testing
的研究还发现受访者对现代科学的营养信息和食品健康关系的传统看法不加区分，而后者比如中国人传统的认为黑木耳和肺部健康有一定的关系只建立在长期食用的基础上，没有经过科学的证实。 |
| 10. | The results are as following : 1 eric - pcr was for the first time applied in differentiating strains from edible fungi and proved to be more rapid and reliable than rapd in auricularia identification study . taken the similarity coefficient as 75 % , 29 strains of three auricularia species were grouped into 6 and 9 clusters by rapd and eric , respectively . eric - pcr clearly distinguished a . auricula from a . polytricha while rapd failed
在75的分类水平上， eric - pcr把29个菌株分为9组，黑木耳种和毛木耳种可以明显区分开；而rapd只能分为6组，不能将黑木耳和毛木耳分开，说明eric - pcr是比rapd更快捷可靠的分子标记，可以有效用于木耳属的种质资源及遗传分类的研究，也适合于其它食药用菌种质资源的研究； 2 |
