I read somewhere that the writers of Tri. don’t plan to change the ending of 02. Meaning that particular ending is going to be as canon as Kataang is to the Zutara supporters Avatar fans. But seeing that Mochizuki is not featured in that ending, I wonder if the writers are going to go down one of the following routes:

1) They’re going to make her tragically die. I don’t mean it in a sinister sense. Sure I find Mochizuki annoying more often than not, but I don’t hate her enough that I want her to die in my favourite nostalgia anime. It is rather drastic to have a character death. I’m saying this because it would seem like something the Tri. writers are capable of doing. What with me bathing in Takeru’s tears and not!Gennai’s tongue action and Ophanimon FD on the Kyousei poster and no HD poster and/or confirmed release date after almost a month. Yeah, I’m pretty sure they feel like God now.

2) They’re going to make her fit somehow. Perhaps by having Mochizuki return to Tottori, thus not remaining in contact with the original Chosen as often and not being well informed of the day these kids decided to pose for the 02 ending shooting day.

Graduates with a Master's degree in Economics may also pursue careers in research and academia. They can work as independent researchers or as part of larger research teams, conducting economic research and publishing findings in academic journals. They may also pursue careers as university professors, teaching and mentoring the next generation of economists.Research and Academia Data Analyst Data analysts use their skills in statistics and economics to analyze and interpret large sets of data to inform decisions and solve problems in various industries, including healthcare, finance, and marketing.Earning a Master's degree in Economics is a great way to advance your career and achieve your professional goals. Whether you are just starting or looking to make a change, a Master's degree in Economics can provide you with the knowledge and skills you need to succeed in today's competitive job market.

Why Pursue a Master's Degree in Economics?

A Master's degree in Economics is a highly specialized and in-demand field, offering numerous benefits for individuals seeking to advance their careers. Some of the key advantages of pursuing a Master's degree in Economics include the following:

Increased Earning Potential: Individuals with a Master's degree in Economics typically earn higher salaries than those with only a Bachelor's degree. 

Improved Job Opportunities: A Master's degree in Economics can open doors to a wide range of career opportunities, including positions in government, finance, consulting, and academia.

Advanced Knowledge and Skills: A Master's degree in Economics provides students with a deep understanding of economic theories and methods and hands-on experience using these tools to solve real-world problems.

What You Can Expect from a Master's Degree in Economics

A Master's degree in Economics is a highly interdisciplinary program that combines elements of economics, mathematics, and statistics. Students can expect to take courses in micro and macroeconomic theory, econometrics, and applied economics, among other subjects.

In addition to coursework, students may also be required to complete a research project or thesis, which provides an opportunity to demonstrate their mastery of economic concepts and methods. Many programs also offer opportunities for students to engage in real-world projects and gain practical experience through internships or other forms of experiential learning.

Career Paths for Graduates of a Master's Degree in Economics

Graduates with a Master's degree in Economics are well-equipped for various private, public, and nonprofit careers. Some of the most common career paths for graduates of a Master's degree in Economics include:

Economist - Economists use their knowledge of economic theories and methods to inform decisions and solve problems in various settings, including government agencies, businesses, and international organizations.

Financial Analyst - Financial analysts use their understanding of economic trends and market conditions to help companies make informed investment decisions.

Data Analyst - Data analysts use their skills in statistics and economics to analyze and interpret large sets of data to inform decisions and solve problems in various industries, including healthcare, finance, and marketing.

Management Consultants - They use their understanding of economic principles and market trends to advise companies on strategy and improvement. They often work with organizations to develop and implement business plans and make recommendations for growth and success.

Research and Academia - Graduates with a Master's degree in Economics may also pursue careers in research and academia. They can work as independent researchers or as part of larger research teams, conducting economic research and publishing findings in academic journals. They may also pursue careers as university professors, teaching and mentoring the next generation of economists.

Conclusion

A Master's degree in Economics is a valuable investment that can help you achieve your career goals and open up a wide range of opportunities for advancement. With its combination of economic theory, practical skills, and real-world experience, a Master's degree in Economics or economics honours course can provide you with the knowledge and expertise you need to succeed in today's competitive job market. 

Whether you are just starting or looking to make a change, a Master's degree in Economics is an excellent choice for those seeking to further their careers in economics and related fields. 

#Symbioses Are #Complex #science #biology #science 

Bacillus subtlis - produces endospores which can be used to indicate if autoclaving has been successful using spore strips. The whole growth process takes around 18 hours so it isn’t useful for high volume turnaround.

Colonic bacteria - some allow the absorption of vitamin K. some secrete beta-glucuronidase, reversing phase 2 metabolism. This is how bilirubin and oral contraceptives are recycled (entero-hepatic recycling). Clostridium dificil can only colonise when commensal flora are impaired.

Streptomyces are good actinobacteria, and are the source of chloramphenicol and streptomycin.

Cyanobacteria are cute colourful creatures. It is a photoautotroph, using oxygenic photosynthesis. They can be rod or spherical, and form symbiosis with heterocysts and lichen so they can fixate nitrogen away from the enzyme-damaging oxygen. They caused the great oxygenation! They also have symbiosis with fungi, liverworts and water ferns, and the hollow hair of the polar bear.

Hyperthermophilic chemoautotrophs can live happily on the Pompeii worm at 176C.

Termites rely on bacteria to make cellulose and hemicellulases in their gut.

Cuttlefish and Anglerfish use luciferase of bacteria to convert luciferin into oxyluciferin in co-evolved light organs.

Root nodule symbioses are very important for legumes, and scientists are trying to generate nitrogen-fixing plants so bacteria are not needed. But, naturally, a legume seed releases compounds to stimulate rhizobias during germination. Rhizobias enter a root hair, and follow an infection thread through epidermal cells to the root cortex. Plants allow this and protect it, in return for the bacteria’s auxins (plant GH) and antibiotics (e.g. vs potato blight). Bacteria also adapt to have invaginations, thus more surface area for fixation. Nodules are pink because of the plant’s leghaemoglobin, which keeps oxygen away from the rhizobia’s nitrogenase.

Many plants stimulate fungal, endomycorrhiza and ectomycorrhizal growth with hormones like strigolactones.

Ant-plant symbioses: Adapting to changes in partner abundance

Many ant species live in often highly specific symbiotic relationships with plants from which both partners benefit. Researchers now reveal that such selective interactions can break down over the course of evolution.

Ant-plant symbioses: Adapting to changes in partner abundance Source: weird science

noun

BIOLOGY

interaction between two different organisms living in close physical association, typically to the advantage of both.