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Lead generation cycle

Once the novelty of an active component is established, the next step in the lead generation cycle is its identihcation. Often this process starts with a significant amount of existing data, including accurate mass, accurate MS/MS, and UV-visible spectra. These data provide an excellent framework for structure elucidation that can be augmented with other spectroscopic tools. [Pg.171]

The Strategies and Politics of Successful Design, Make, Test, and Analyze (DMTA) Cycles in Lead Generation... [Pg.489]

In this chapter, we concisely frame the pure components of the DMTA cycle, but focus primarily on an incomplete listing of the questions that should be addressed in each of the components. At the end of each section, we comment directly on a few of the general issues. But we purposefully leave the balance of the questions open and to be considered in your own projects, since the answers will vary depending on the context of your target, your timeline, your resources, and, ultimately, your skills and instincts - precisely the factors that result in variation of lead generation outcomes from different teams. Through these sets of... [Pg.489]

The direct question the practical mouse asks is, Who shall bell the cat and this is clearly central to reducing any molecular design to practice. The accessibility of chemical transformations continues to expand, and any siunmary of the state of the art quickly becomes stale. But in addition to marshaling the ever-increasing powers of organic synthesis, flow chemistry, parallel synthesis techniques, and so on, there are additional considerations within the make component of the DMTA cycle in lead generation. [Pg.501]

In addition to the data you deliver to a lead optimization team, whether it be another group or simply the next stage of your own work, be as clear and forthcoming as possible about what you have done with your lead generation DMTA cycle. [Pg.508]

Promotional content has its place later in the buying cycle, but for the purpose of lead generation, you will mostly be using content that can be considered thought leadership in nature because you are trying to create relationships. [Pg.76]

Many sales cycles, particularly in the B2B world, involve more than one decision-maker. In fact, these days, there cire usually buying teeims that include multiple decision-influencers. To fully track lead-generation progreim FT and MT attribution to deals, you need to look at how meirketing affects all of the influencers in a design process. [Pg.336]

Water Treatment. Water and steam chemistry must be rigorously controlled to prevent deposition of impurities and corrosion of the steam cycle. Deposition on boiler tubing walls reduces heat transfer and can lead to overheating, creep, and eventual failure. Additionally, corrosion can develop under the deposits and lead to failure. If steam is used for chemical processes or as a heat-transfer medium for food and pharmaceutical preparation there are limitations on the additives that may be used. Steam purity requirements set the allowable impurity concentrations for the rest of most cycles. Once contaminants enter the steam, there is no practical way to remove them. Thus all purification must be carried out in the boiler or preboiler part of the cycle. The principal exception is in the case of nuclear steam generators, which require very pure water. These tend to provide steam that is considerably lower in most impurities than the turbine requires. A variety of water treatments are summarized in Table 5. Although the subtieties of water treatment in steam systems are beyond the scope of this article, uses of various additives maybe summarized as follows ... [Pg.361]

Physical methods such as osmotic shock, in which the cells are exposed to high salt concentrations to generate an osmotic pressure difference across the membrane, can lead to cell-wall disruption. Similar disruption can be obtained by subjecting the cells to freeze/thaw cycles, or by pressuriziug the cells with an inert gas (e.g., nitrogen) followed by a rapid depressurization. These methods are not typically used for large-scale operations. [Pg.2059]


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