On the difficulty of achieving differential privacy in practice: User-level safeguards in aggregated location data: Although large-scale human mobility data contains crucial information for understanding human behavior, it is also very sensitive.
In the work developed by Bassolas et al., we studied the structure of cities and their impact on urban livability using a highly aggregated mobility dataset. In order to protect privacy, random noise was added using an automated Laplace mechanism (ε, δ)-differential privacy, with ε =0.66 and δ =2.1×10−29. Where ε defines the noise intensity and δ represents the deviation from pure ε privacy. Differential privacy mathematically guarantees that a person, who observes the result of a differential private analysis, is likely to produce the same inference about one's private information or not, that person's private information is combined as input for the analysis
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Answer:
The correct answer will be-
1. Mobile elemests- LINEs and SINEs
2. Exons
3. Non-coding RNA genes
4. Introns
5. Repetitive DNA sequence
Explanation:
The human genome represents the total nucleic acids present in the Homo sapiens packaged in 23 chromosome pairs and contains 3 billion DNA base pairs.
The human genome comprises of protein-coding genes and non-protein-coding genes. The protein-coding sequence accounts for only a very small proportion that is 1.5% whereas the rest non-coding sequence accounts for 98.5%.
The non-coding sequence includes the Non-coding RNA genes( microRNA, small nuclear RNA), Introns which accounts for 26%, Repetitive DAN sequence (50%), mobile elements like LINEs and SINEs and exons.
Thus, Mobile elements- LINEs and SINEs, Exons, Non-coding RNA genes, Introns and Repetitive DNA sequence are the correct answers.
Fibers are not visible with normal stains
Answer:
paracrine signaling.
Explanation:
Chemical signaling between cells is one of the most important ways that activities of tissues and organs are coordinated. The nervous system is the other major coordinating system in animals, but even here chemical signaling is used between adjacent neurons. The mechanisms involved are described as either being paracrine, autocrine, intracrine, endocrine, neuroendocrine or pheromones. Paracrine signals diffuse locally and act on neighboring cells.