Why hasn t Roche Life Sciences promoted it much?

The plant is robust, dwarf or medium-height, branched, with thick and erect stems, short internodes, and hairy stems. The petioles are short, the leaf color is dark green, and the wrinkles are distinct. The inflorescences range from monoracemes to complex racemes, the flowers range from a few to many, the flowers are small to large, and there are 5 to 6 perianths.

The fruit is spherical, oblate, or flattened, with a smooth or diamond-shaped surface. There are two main types of fruits: fiery red and pink.

Wild colored fruit species of the genus Tomato are easily found at lower altitudes in Peru and grow in the coastal valleys of the whole country and can be harvested along the coast of northern Peru (7° 8° S). Tomatoes can also be collected around the Lima River, as well as in Peru's southernmost part near the Chilean border.

The fine-leaved tomato and the common tomato can be crossed with each other and are very closely related, and this is the only wild species that exhibits natural introgression with the common tomato. Both cases illustrate that the fine-leaved tomato played an important role in the evolution of cultivated tomatoes, as the current varieties are closely related to it and are prone to backcrossing. Tomato is an attractive germplasm resource in plant breeding.

Varieties resistant to Fusarium wilt and bacterial spotted disease were bred from tomatoes with fine-leaved tomatoes as parents.

I probably don't have any money...

Internet advertising is also very expensive now

Bioinformatics is an indispensable part of modern molecular biology by using various databases, software, etc., to search for existing biological information, or to organize and process massive amounts of data.

Be cautious, it is not very easy to find employment. And as far as I know, the perspective of bio-informatics research in academia is often difficult to be accepted by mainstream biology researchers......

It is recommended that you learn more, see what the students are doing, and if you are really interested, then start studying.

Systems biology is the study of biological systems that integrates systems theory with experimental and computational methods, bioinformatics is a science that uses computers as tools to store, retrieve and analyze biological information, and bioinformatics is the computational method part of the research methods of systems biology.

Hello, I am a student of biology As far as the current domestic situation is concerned, the employment pressure is very high after graduating from a bachelor's degree in biology, and I may not be able to find employment in this major I can only say that there is no difference between these two disciplines Bioinformatics is more detailed You have to learn well and continue your studies Otherwise, these two are difficult to find employment.

To be honest, in China, there is basically no way to stabilize employment except for staying in school and squashing in research institutes.

Biological search table is a kind of professional tool commonly used in biological research to help identify animals and plants, according to the different purposes of use, the biological search table will be divided into different taxonomic orders The search table will be a group of organisms according to some stable and easy to observe and identify characteristics for a series of dichotomy, and finally point to the phylum, class, order, family, genus, species and other taxonomic orders The search table generally does not provide an intuitive **, nor does it provide a complete description of the characteristics of different groups of organisms, and the text description for dichotomous often involves a large number of professional termsHowever, because the search table is classified with stable and significant features, the use of the search table to identify biological species can generally obtain more accurate results

So the answer is: search; Comparison of features

Biology is the science that studies the laws of life phenomena and biological activities It is a category of natural science that studies the laws of the structure, function, occurrence and development of organisms According to the research object, it is divided into zoology, botany, microbiology, etc.; According to the content of the study, it is divided into taxonomy, anatomy, physiology, genetics, ecology, etc. It is a science that studies the species, structure, function, behavior, development and origin evolution of organisms at all levels, as well as the relationship between organisms and their surroundings There are more than 2 million species of organisms known at present

Biology has a very close relationship with many aspects of human life Biology as a basic science, it is the foundation of agriculture, medicine, forestry, environmental science and other disciplines, the development of society, the progress of human civilization, and the improvement of the quality of individual life all depend on the development and application of biology Biological science research involves the sustainable development of the national economy today on global issues such as population, environment, food, and energy

So the answer is: the phenomenon of life; law of life activities; More than 2 million

International Biology Awards.

Nobel Prize in Biology.

Nobel Prize in Biomedical Sciences.

International Neurobiology Prize.

Colafort Prize in Biological Sciences.

International Biomedical Prize - "Lasker Prize".

Nobel Prize in Physiology.

Taxonomy is a basic method of studying organisms Biologists divide organisms into different levels of taxonomic units according to the degree of similarity between organisms, that is, the similarities and differences between organisms in terms of morphological and structural characteristics, nutritional patterns, and evolutionary affinity, estrangement, and proximity Organisms are divided into different levels of taxonomic units Organisms are divided into planta, animal, and other kingdoms Each kingdom is divided into six smaller levels They are phylum, class, order, family, genus, and species from large to small, such as there are several phyla in the plant kingdom. All plants in each phylum have some common characteristics In a phylum, there may be many species of organisms, but in each species, there is only one organism So the "boundary" is the largest taxonomic unit, and the "species" is the most basic taxonomic unit

So the answer is: the same and the difference.