The aim was to optimize the medium for proliferation and differentiation of Anthurium callus.

目的优化安祖花愈伤组织增殖与分化的培养基。

We need to make it easy for consumers; when they need a strong Anthurium, they ask for one of the varieties named above.

我们必须使消费者更容易辨别和选择我们的产品，当消费者需要优良强健的红掌盆花，他们就会想到‘红国王’、‘红胜利’、‘神秘的爱’的名字。

Anthurium ornamental plants originating in the Americas, I am pleased warm, the air humidity, high and drainage unobstructed environment.

红掌原产于美洲观赏植物，我很高兴地温暖，但空气湿度高，排水通畅的环境。

To establish the technical system of rapid propagation, the young leaves, petioles, and stems with buds of Anthurium andraeanum were cultured.

以安祖花的叶片、叶柄、带腋芽茎段为外植体进行组织培养，对其快速繁殖进行了研究。

The effects of CO2 enrichment on photosynthetic parameters and biomass of Anthurium andraeanum Lind were studied in open-top plastic chambers.

以开顶式塑料薄膜温室为设施，研究了红掌叶片某些光合参数与生物量对长期CO2加富的响应。

The correlation between genetic relationship and in vitro regeneration capability of anthurium cultivars was approached by using RAPD technique.

应用RAPD技术探讨了花烛品种间亲缘关系与品种离体再生能力的相关性。

The influences were studied of variety, basic medium, hormone combination and slice block of callus on the callus differentiation culture of Anthurium andraeanum.

研究了品种、基本培养基、激素处理、愈伤组织切块大小对红掌愈伤组织分化培养的影响。

The anthurium bacterial blight control method has the advantages that the application of the method can prevent and cure more than 80% of anthurium bacterial blight.

本发明的有益效果是：使用本发明的方法，对红掌细菌性枯萎病的防治达到80%以上。

Above metabolism procedure is advantage for that the anthocyanin synthesis pathway works normally, the anthocyanin content increase and finally the cut flower quality of Anthurium is improved.

上述代谢有利于花青素合成途径的正常运转，导致花青素含量的增加，从而提高安祖花的切花品质。

The glassroom of double glass(be provided with heating equipment in winter )can meet the basic requirement oftemperature of Anthurium andreanum seedlings, but need artificial adding humidity .

在我国北方双面温室（冬天具有供暖设备）可基本满足安祖花对温度的需要，北方空气湿度低，需要人为加湿。

Five Anthurium andreanum species were imported from Holland, and the culture cycle were systematically observed from 1996 to 2003. The result indicated that Anthurium andreanum had good adaptability.

对自然分布区域外的火鹤花进行批量化引种，经1996～2003年对火鹤花栽培周期进行长期系统观测，确认火鹤花具有很强的适应性；