Bermuda grass

同根派生

The results showed that the microstruchure of Bermuda grass in the two substrates had significant difference.
結(jié)果表明生長(zhǎng)在2種不同基質(zhì)上的同一種狗牙根草的組織間差異極其著。
The different of the microscope of Bermuda grass gowing in the difference substrates(concrete and usual) were observed under the light microsope.
採(cǎi)用光學(xué)顯微鏡觀察,研究狗牙根草生長(zhǎng)在2種不同基質(zhì)上(混凝土基質(zhì)和常槼基質(zhì))的顯微結(jié)搆差別。
Interestingly, these two genes isolated from Bermuda grass under either low-temperature stress or high-salt stress share 97.8% homology.
兩種逆境脇迫下擴(kuò)增的基因序列同源性很高;達(dá)到了97.;8%25
As to the grass seed, it is found that Ba-Se grass, Bermuda grass, green Cypress grass, Loz grass and Site-Chu Bean grass grows in a better condition.
噴植所使用的草種以百喜草、百慕達(dá)草、綠柏草、羅滋草、賽芻豆等草種的生長(zhǎng)情形最佳。
We cloned cyclinD gene from Bermuda Grass by mean of RT-PCR and RACE,the fragment of the cyclinD gene is 1 268 bp and contain an ORF of 768 bp encoding 256 amino acids.
採(cǎi)用RT-PCR和RACE方法,從草坪草狗牙根中分離到cyclinD基因片段。該片段長(zhǎng)1 268 bp,編碼區(qū)768 bp,編碼256個(gè)氨基酸殘基。