The phrase "analysis and discover" is not correct in standard written English.
It seems to be a combination of two different actions, but it lacks proper grammatical structure.
Example: "We need to conduct an analysis and discover the underlying issues affecting our project."
Alternatives: "analyze and uncover" or "evaluate and find".
April 18 , 1838Cognac, France May 28 , 1912Paris, France Paul-Émile Lecoq de Boisbaudran, (born April 18 , 1838 Cognac, Fr. died May 28 , 1912 Paris) French chemist who developed improved spectroscopic techniques for chemical analysis and discovered the elements gallium (1875), samarium (1880), and dysprosium (1886).
Pensions & Investments, a trade magazine, did some financial analysis and discovered that at least 4 of the 100 largest companies in the country, ranked by revenue, had pension funds whose assets on Sept. 30 exceeded their total market capitalizations on that date.
In the literature, data envelopment analysis (DEA) is a leading approach in terms of performance analysis and discovering newer benchmarks.
Further research could also include deeper text analysis and discovering key concepts and themes shared by the students.
When a large, grass-covered tussock was washed ashore in 1974, scientists took half of it for analysis and discovered 663 land invertebrates, mostly mites and springtails, the great majority of which had survived the crossing.
In addition, we performed KEGG pathway analysis and discovered many enriched signaling pathways, such as MAPK signaling pathway, ECM-receptor interaction, and p53 signaling pathway.
Lee and colleagues recently carried out gene expression profiling of patients with SLE followed by bioinformatics analysis and discovered the existence of abnormal regulatory networks and potential key molecules.
We carried out the multivariate analysis and discovered no difference between pretransplant dialysis time ≥3 years and <3 years (P = 0.625), but there existed a significantly multiplicative dialysis time-primary diseases interaction (Pinteraction = 0.043).
To address this question, we previously conducted a mathematical analysis and discovered that a critical quantity, termed the signed activation time (SAT), succinctly captures a system's ability to maintain a robust ON state under large disturbances.
In the present study, we have expanded this further with the similar analysis and discovered the additional candidates which undergo differential glycosylation, through comparison of the secretome from MCF-7 cells with human mammary epithelial cells (HMEpC).
