The best example for precise genomic insertions is in vivo tagging, which can help to solve several technical problems in biological research such as: (1) Antibodies are widely considered as one of the most important tools to dissect functions of specific genes.
We observe similar responses in both primary prostate tumour and normal cells from the same patient, highlighting the necessity for supporting live imaging, for example, MRI, for precise targeted tumour ablation in patients (Sullivan and Crawford, 2009).
For example, the precise explanation for his nickname would be an opportunity for some gentle backstory comedy, and meet the all-important need for him to be a sympathetic character.
For example, precise clinical diagnosis is the most important diagnostic element for IBC.
At this stage it is not known whether this subset of ME + patients are genetically predisposed to epimutations (for example, in response to environmental factors such as ART) or whether there are specific environmental factors implicated (for example, precise embryo culture conditions in post-ART cases).
The result provides the observer with a means to visually determine which anatomical regions drawn from multiple parcellation schemes are most similar to one another prior to delving deeper into, for example, the precise conditional probability values for the many available region pairs.
This technique allowed, for example, precise predictions of the masses of the W and Z particles, created and detected in 1983 at CERN, the European particle physics laboratory in Geneva.
This could greatly improve on the existing analyses of neutrino interactions and also lead to new and important analysis topics including, for example, precise determinations of the CKM matrix elements |Vub| and |Vcb|.
For example, proteins with unique chemical handles for precise conjugation can be generated to enable next generation antibody-drug conjugate therapeutics.
See Figure 2 for two examples of subnetwork markers and Section 3 for precise definitions.
