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Fryx1

Fryx1

Fryx1

Fryx1

1

Admittedly , it is possible that genes encoding gas vesicle proteins may have been obtained by strain Fryx1 through lateral gene transfer .

公认的，这可能是基因编码的气泡蛋白被 Fryx1 株通过横向基因转移获得。

2

The presence of gas vesicles in strain Fryx1 and their absence from strain ABT signals an important ecological distinction between them .

Fryx1 株中气泡的存在以及他们缺失 ABT 都显示了他们之间重要的生态区别。

3

In the case of strain Fryx1, growth rates in situ are likely to be strongly limited by temperature and light .

就 Fryx1 来说，在原位的生长速率可能会强烈受到温度和光线的限制。

4

We conclude that, collectively , the properties of Rfx. antarcticus strain Fryx1 are those of a planktonic phototroph.

我们的结论是，从整体而言，Rfx.antarcticus 的 Fryx1 株是一个浮游光合型生物。

5

Although conditions in Lake Fryxell should be ideal for purple sulfur bacteria , Fryx1 is a purple non-sulfur bacterium .

虽然弗里克塞尔湖条件应为紫色硫细菌的理想条件，但 Fryx1 是一个紫色非硫细菌。

6

The discovery of strain Fryx1 suggests that other gas vesiculate purple non-sulfur bacteria may exist in nature .

Fryx1 发现表明，其他气体囊泡型的紫色非硫细菌可以在自然界存在。

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