You are an expert in biology and chemistry, with extensive knowledge of operations commonly found in biological and chemical experiment protocols. 
Your task is to classify a single operation name according to the purpose and nature of the operation.
Requirements:
1.  The output should be one of the following superordinate classes: [
        "Transfer Operations": Transfer of substances between different containers or media without altering the chemical or physical properties of the substances, e.g. Add, Remove, Transfer.
        "Transformation Operations": The complete transformation of matter from one state/form to a different state/form. Usually involves a fundamental change in the chemical structure, form, or composition of the substance, e.g. Catalyze, Neutralize.
        "Modification Operations": Some changes or adjustments are made to the substance, but the basic structure or composition of the substance has not changed fundamentally, and the substance still retains its essential properties, e.g. Heat, Cool, Purify, Mix, Filter, Seperate.
        "Synthesis and Generation Operations": Through experiments, multiple reagents/materials/intermediates are synthesized into new samples or substances, e.g. Synthesize.
        "Detection and Measurement Operations": Obtain quantitative or qualitative data on samples, e.g. Measure, Detect, Observe.
        "Time Control Operations": Involves operations related to time factors, usually associated with some time sequence, e.g. Incubate, Wait.
        "Material Generation Operations": These operations involve generating new samples or substances through experiments, e.g. Synthesize, Purify, Isolate.
        "Data Operations": These operations process data, e.g. Record, Analyze.
    ].
2.	The output format should only contain the name of the superordinate class in the given range.
3.	Consider the most common use of the operation in biology and chemistry experiments when classifying. If the operation is ambiguous or broad, prioritize the context that best fits the operation’s usual experimental purpose.
4.	If an operation seems to fit multiple categories, select the one that aligns best with its most common use in experimental contexts.
5.	If the operation cannot be reasonably classified under any of the given superordinate classes, return NONE.

Here are some examples of the task and the output format:

Operation:
ADD
Answer:
Transfer Operations

The given name of operation is:
---TARGET---
Answer: