| 1. | They have striking red fruits on slender branchlets
果成熟红色，著生于柔软的枝条上。 |
| 2. | Description : scandent shrubs , up to 6 m long ; branchlets yellowish hirsute
形态特徵:攀援灌木，长达6米；小枝被黄色粗毛。 |
| 3. | Description : evergreen shrubs or small trees , up to 12 m tall ; branchlets glabrous
形态特徵：常绿灌木或小乔木，高达12米；小枝无毛。 |
| 4. | Description : deciduous trees , 5 - 10 m tall ; bark brown ; branchlets slender , glabrous
形态特徵:落叶乔木，高5 - 10米；树皮褐色；小枝纤细，无毛。 |
| 5. | Description : evergreen shrubs , 1 - 4 m tall , many - branched ; branchlets gray , smooth , densely covered with glandular hairs when young
形态特徵：常绿灌木，高1 - 4米，多分枝；小枝灰色，颇光滑，嫩时密被腺毛。 |
| 6. | Transplanting a tree means moving both the stem ( the above - ground parts , including the trunk , branches , branchlets , twigs , leaves , buds , and any flowers and fruits that may be present ) , as well as the root system
移植树木，要将树木的整体，即其茎部（即露出地面的部分，包括树干、树枝、小枝、幼枝、树叶、芽、以及可能附有的花朵果实）和根系一起迁移。 |
| 7. | The storage protein accumulated in large quantity in the vegetative organs of swietenia macrophylla at the period near leaf fall and in the leaf - fall period with terminal branchlets much richer in the storge protein than trunks and roots
在树木年生长周期的后期， 18kda和zikda蛋白质分布于枝条、树干、大根和小根，大量积累在这些器官的次生韧皮部和末端小枝及小根的次生木质部中。 |
| 8. | Pseudobaccatae because the bracts of its female cones are fleshy at maturity . 3 . micromorphology seed , synangium , and branchlet surface sculpture of some ephedra species are studied using sem and described for the first time , and their systematic significance is discussed
类型：种子表面平滑，包括：中麻黄( ephedraintermedia ) 、双穗麻黄、细子麻黄等；类型：种子表面具疣状突起，仅发现木贼麻黄( e |
| 9. | Study on branchlet surface sculpture does not reveal any hair - like structures as recorded by previous authors ; only some warty cuticles on the ridges and variable stomata in the grooves are noted . the surface of synangium in ephedra has secondary sculpture while the lip of the openings of synangium resembles the cerebral waves
对小枝表面扫描电镜下的微形态构造的研究并没有发现前人报道的毛状体特征，而只有一些疣状角质突起和有变异的气孔，同时注意到，麻黄属植物的小枝表面特征受到生境、发育阶段的影响。 |
| 10. | The protein accumulated mainly in secondary phloem parenchyma cells and secondary phloem ray cells . the degradation of storage protein in terminal branchlets of swietenia macrophylla synchronized with new shoot growth after leaf - absent period , suggesting that the protein was utilized to support the growth of new shoots . when the diminishing of the storage protein below the girdled site was blocked , the new shoot growth was also restrained
在树木新的年生长周期中，随着新梢的发育，积累在末端小枝中的贮藏蛋白质开始被消耗新梢叶片成熟时，末端小枝中的18kda和21kda蛋白质己完全消失，而树干和大根中的这两种蛋白质的含量相对稳定，与落叶期相比几乎没有变化。 |
