1.
Pharmacodynamic study on the expectorant,cough-relieving and anti-inflammation effect of Herba Salviae Plebeia
荔枝草的化痰、止咳、抗炎药效学的研究
2.
Analysis on Chemical Composition of Essential Oil from Salvia plebeia by GC-MS
荔枝草挥发油化学成分GC-MS分析
3.
Chemical Constituents and Antibacterial Activity Analysis of Essential Oil from Salvia plebeia R. Br.
荔枝草挥发油的化学成分分析及抑菌活性研究
4.
Study on Spectroscopic Analysis of Salvia Plebeia.R.Br Components and the Antibacterial and Antioxidant Activity of Its Flavonoids;
荔枝草化学成分的光谱分析及其总黄酮抗菌抗氧化研究
5.
Characteristics of Flowering and Fruit Drop in New Cultivar Litchi chinensis ‘Caomeili’
优质荔枝新品种‘草莓荔’开花与落果特性观察
6.
Preservation of Annona squamosa L.Fruits with Film-coating Agent Mixed Chinese Herbal Extracts
中草药复合涂膜保鲜剂对番荔枝耐藏性的影响
7.
Study of weed community in the litchi orchard under different pest control models
荔枝园不同害虫治理模式下杂草群落的研究
8.
Studies on Hypoglycemic Effect of Two Tcm and Chemical Constituents of Potentilla Discolor. Bunge;
翻白草、荔枝核降血糖作用和翻白草的化学成分研究
9.
Effects of different pH of Eupatorium odoratum micromulsion against Conopomorpha sinensis oviposition deterrent activity
飞机草微乳剂不同pH值对荔枝蒂蛀虫产卵驱避活性测定
10.
It was the best time for litchi honey though.
吃鲜荔枝蜜，倒是时候。
11.
Asian fruit similar to litchi.
类似荔枝的亚洲水果。
12.
Lai Chi Kok Reception Centre [Correctional Services Department]
荔枝角收押所〔惩教署〕
13.
Forecast of occurrence of Conopomopha sinensis Bradley at fruiting stage of litchi
荔枝蒂蛀虫在荔枝果期的预测预报方法
14.
ISSR Analysis on Cultivated Types and Semi-wildaccessions Lychee in Hainan Province;
海南栽培荔枝与半野生荔枝种质的ISSR分析
15.
A Chinese tree(Litchi chinensis)that bears bright red fruits, each of which has a large single seed with a white, fleshy, edible aril.
荔枝树一种中国树种（荔枝属荔枝）所结的鲜红的果实都有一个大核和白色、多肉、可食用的假种皮
16.
THE SAFETY OF LITCHI AND LONGAN TREES SPRAYED WITH PETROLEUMSPRAY OIL AND ITS CONTROL EFFECTS AGAINSTCONOPOMORPHA SINENSIS BRADLEY
荔枝、龙眼园使用机油乳剂的安全性及其对荔枝蒂蛀虫的防治研究
17.
Development of SSR Markers in Litchi Chinensis and Application for Analysis of Genetic Diversity Within Litchi Varieties;
荔枝SSR标记的研究及其对部分荔枝种质的遗传多样性分析
18.
Studies on Somatic Embryogenesis at High Frequency from Litchi Embryogenic Callus Derived from Transgenic Protoplasts (TPEC) and Electrofusion of the Protoplasts between Litchi and Longan;
荔枝TPEC高频率体胚发生及荔枝与龙眼原生质体融合研究