SpaceX Starship: 5 Facts That You Definitely Missed

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Did you know that once the spacex starship is fully stacked. It will become world’s biggest space launch system , even bigger than the Saturn v rocket? The starship and super-heavy venture intends to launch mankind to the moon and mars. It’s a long desire of spacex owner Elon Musk to make humans an interplanetary species. Photo Credit: bbc.com As a result of this, spacex has been building its space program to produce affordable and massive rockets. In this article, we will share 5 amazing facts about spacex’s starship rocket, that distinguishes it from other launch systems. 1.    Starship can Refuel in Space Fuel is perhaps the most important thing that every space agency needs to consider. Many of the space shuttles and rockets find their way to the scrapyard due to their non-reusability. But things are different with spacex starship. Starship will have the capability to refuel in space. This means that you don’t need excessive loads of fueling in a rocket for long ve...

Scientists find first multicellular living organism that can survive without the availability of oxygen


This organism bid farewell to aerobic respiration a long time ago.




Living organisms with the capability to exist without the involvement of oxygen is a little bit controversial. Our current knowledge revolves around oxygen being the key element used by all living organisms present on this planet for survival. Recent research shows that some microbial organisms can withstand the oxygen-deficient environment.  

H. Salminicola is a member of Phylum Cnidarian to which jellyfish and sea anemones also belong. H. Salminicola is parasitic and can commonly dwell inside Salmon fish, but it’s not harmful to its host and will usually remain inside the fish throughout its life cycle.

Recent research conducted on this organism revealed that it lacked the conventional life apparatus known as ‘Mitochondria”, which is involved in the production of energy-rich molecules known as ATP. It is due to this energy-rich molecule that we occasionally designate mitochondria as the powerhouse of a cell.

Findings that made this organism centre of attraction

Upon analysis, H.Salminicola revealed very little regarding its capabilities in severely hypoxic conditions. Scientists used deep sequencing and fluorescence techniques to take a closer look at the genome of the organism. These examinations revealed that H.Salminicola had lost crucial mitochondrial genes associated with respiration. 

Lack of mitochondrial genes deprived H.Salminicola of oxygen driven respiration. Instead of developing mitochondria, H.Salminicola evolved with some unusual structures whose functionalities closely resemble with mitochondria.
 

Myxobolus squamate, another microscopic organism closely related to H. Salminicola, appeared as a control group and possessed all mitochondrial genome. These results further proved that H.Salminicola is the first multicellular organism with an oxygen-independent mechanism. Researchers working on this mysterious organism believe that it used to possess the required genome but somehow lost it over time.


Prof. Dorothee Huchon, who led the study, said.

“Aerobic respiration thought to be ubiquitous in animals, but now we confirmed that this is not the case,”


Why is this finding important?

According to this research, we’ve discovered a life-form that can sustain even in the complete absence of oxygen. This discovery proves that life can nurture in oxygen-deprived conditions, vindicating the prospect that life exists on other planets.


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