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Automated Functional sentence examples within polyhexaethylene glycol derived

polyhexaethylene glycol derived

Basic Protocol 1: Preparation of the hydroxylated CPG support 3 Basic Protocol 2: Automated preparation of the CPG support 6 Basic Protocol 3: Automated preparation of the poly(hexaethylene glycol)-derived CPG 7 Basic Protocol 4: Automated functionalization of the poly(hexaethylene glycol)-derived CPG support 7 with leader deoxyribo- and ribonucleosides to provide the CPG support 9 Basic Protocol 5: Automated syntheses of DNA and RNA sequences on poly(hexaethylene glycol)-derived CPG support 9 and on a commercial long-chain alkylamine (LCAA) CPG support Support Protocol: Release and deprotection of the DNA and RNA sequences linked to the poly(hexaethylene glycol)-derived CPG support 10 and commercial LCAA-CPG support Basic Protocol 6: Comparative RP-HPLC analyses of crude, fully deprotected DNA or RNA sequences released from the poly(hexaethylene glycol)-derived CPG support 10 and from a commercial LCAA-CPG support.

An Improved PEG-Linked Solid Support for Minimizing Process-Related Impurities During Solid-Phase Synthesis of DNA and RNA Sequences.

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Automated Functional sentence examples within Though Automated Functional

Though Automated Functional

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales.

eggNOG-mapper v2: Functional Annotation, Orthology Assignments, and Domain Prediction at the Metagenomic Scale.

Though Automated Functional

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales.

eggNOG-mapper v2: Functional Annotation, Orthology Assignments, and Domain Prediction at the Metagenomic Scale

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Automated Functional sentence examples within automated functional imaging

automated functional imaging

Longitudinal 4-chamber (4LS), inflow/outflow (IO), circumferential, and radial strain were assessed using Velocity Vector Imaging (VVI, Seimens, Munich) and Automated Functional Imaging (AFI, General Electric, Boston) software.

Inter-observer and Inter-vendor Variability in Strain Measurements in Patients with Single Right Ventricular Anatomy

automated functional imaging

At rest and after treadmill-test, all patients were measured for the values of left ventricular GLS, left ventricular PSI and PST using the AFI (Automated functional imaging) algorithm.

Evaluation of strain parameters during stress-echocardiography with physical exercise may be significant in detecting severe coronary artery disease

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Automated Functional sentence examples within automated functional testing

automated functional testing

This paper presents and describes the technical details behind the machinery of testing and monitoring of the Data Lake – this includes continuous automated functional testing, network monitoring and development of insightful visualizations that reflect the current state of the system.

The ESCAPE Data Lake: The machinery behind testing, monitoring and supporting a unified federated storage infrastructure of the exabyte-scale

automated functional testing

This paper proposes a novel approach for automated functional testing of map-based fusion algorithms in complex vehicle networks.

A testing framework for predictive driving features with an electronic Horizon

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Automated Functional sentence examples within automated functional annotation

automated functional annotation

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales.

eggNOG-mapper v2: Functional Annotation, Orthology Assignments, and Domain Prediction at the Metagenomic Scale.

automated functional annotation

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales.

eggNOG-mapper v2: Functional Annotation, Orthology Assignments, and Domain Prediction at the Metagenomic Scale

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10.32517/0234-0453-2021-36-2-12-23

The concept of a modified component architecture of interaction with a web contour is proposed, which implementing the module of dynamic designing of web contour interface, as well as the automated functionality of data management directly on the standard 1C software products.

System technologies for the formation of a data control contour for the personal account of an applicant based on the 1C:Enterprise 8.3 platform

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10.1007/s00246-021-02617-x

Longitudinal 4-chamber (4LS), inflow/outflow (IO), circumferential, and radial strain were assessed using Velocity Vector Imaging (VVI, Seimens, Munich) and Automated Functional Imaging (AFI, General Electric, Boston) software.

Inter-observer and Inter-vendor Variability in Strain Measurements in Patients with Single Right Ventricular Anatomy

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10.1093/EHJCI/JEAA356.191

At rest and after treadmill-test, all patients were measured for the values of left ventricular GLS, left ventricular PSI and PST using the AFI (Automated functional imaging) algorithm.

Evaluation of strain parameters during stress-echocardiography with physical exercise may be significant in detecting severe coronary artery disease

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10.17802/2306-1278-2021-10-2s-63-67

To develop an algorithm for the automated functional design of the heart valve leaflet apparatus.

The concept of automated functional design of heart valve prostheses

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10.1111/echo.15065

The use of Automated Functional Imaging (AFI) software has been previously used to quantify RV longitudinal peak global strain (PGS) values during two‐dimensional (2D) transthoracic echocardiographic examinations.

Strain generation and right ventricular systolic function: The sum of all its parts

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10.1002/aisy.202000229

This poses a new challenge in human–machine interaction, particularly during the control authority transition from automated functionality to a human driver.

Human–Machine Collaboration for Automated Driving Using an Intelligent Two‐Phase Haptic Interface

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10.22541/AU.161117773.39372118/V1

The LV GLS was measured using the automated functional imaging system (GE, Vivid E9 USA).

Invasive Validation of the Left Ventricular Global Longitudinal Strain for Estimating LV Filling Pressure

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10.1109/ICPC52881.2021.00054

Similarly, passing an automated functional assessment does not guarantee that the student understands their code.

Let’s Ask Students About Their Programs, Automatically

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10.2196/24467

Objective The aim of this study is to analyze common mistakes made by participants using the goFOOD Lite app, a version of goFOOD, which was designed for food-logging, but without providing results to the users, to improve both the instructions provided and the automated functionalities of the app.

The Human Factor in Automated Image-Based Nutrition Apps: Analysis of Common Mistakes Using the goFOOD Lite App

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10.1109/JIOT.2020.3019812

Emerging Internet of Things (IoT) systems leverage connected devices to enable intelligent and automated functionalities.

Context-Rich Privacy Leakage Analysis Through Inferring Apps in Smart Home IoT

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10.1093/texcom/tgab028

One central hypothesis is that this ability relies on an automated functional system dedicated to numerosity, the perception of the discrete numerical magnitude of a set of items.

Automatic Processing of Numerosity in Human Neocortex Evidenced by Occipital and Parietal Neuromagnetic Responses

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10.1016/j.cmpb.2020.105818

CONCLUSION The proposed models described in this paper offer a feasible solution for fully-automated functional region annotation of liver from CT images.

Fully-automated functional region annotation of liver via a 2.5D class-aware deep neural network with spatial adaptation

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10.30564/ESE.V3I2.3376

In this paper we propose an integrated platform to help cyber security professionals to proactively manage cyber security threats and emerging incidents by providing an automated functionality that can optimize the workflow.

Cyber Security Professionals’ Challenges: A Proposed Integrated Platform Solution

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10.2218/ijdc.v16i1.735

Through an automated functional correctness evaluation, we show that the Links implementation correctly implements the functionality of the official version.

Cross-tier Web Programming for Curated Databases: a Case Study

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Automated Functional
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What is/are Automated Functional?

Automated Functional - The concept of a modified component architecture of interaction with a web contour is proposed, which implementing the module of dynamic designing of web contour interface, as well as the automated functionality of data management directly on the standard 1C software products. [1] Longitudinal 4-chamber (4LS), inflow/outflow (IO), circumferential, and radial strain were assessed using Velocity Vector Imaging (VVI, Seimens, Munich) and Automated Functional Imaging (AFI, General Electric, Boston) software. [2] At rest and after treadmill-test, all patients were measured for the values of left ventricular GLS, left ventricular PSI and PST using the AFI (Automated functional imaging) algorithm. [3] To develop an algorithm for the automated functional design of the heart valve leaflet apparatus. [4] The use of Automated Functional Imaging (AFI) software has been previously used to quantify RV longitudinal peak global strain (PGS) values during two‐dimensional (2D) transthoracic echocardiographic examinations. [5] This poses a new challenge in human–machine interaction, particularly during the control authority transition from automated functionality to a human driver. [6] The LV GLS was measured using the automated functional imaging system (GE, Vivid E9 USA). [7] Similarly, passing an automated functional assessment does not guarantee that the student understands their code. [8] Objective The aim of this study is to analyze common mistakes made by participants using the goFOOD Lite app, a version of goFOOD, which was designed for food-logging, but without providing results to the users, to improve both the instructions provided and the automated functionalities of the app. [9] Emerging Internet of Things (IoT) systems leverage connected devices to enable intelligent and automated functionalities. [10] One central hypothesis is that this ability relies on an automated functional system dedicated to numerosity, the perception of the discrete numerical magnitude of a set of items. [11] CONCLUSION The proposed models described in this paper offer a feasible solution for fully-automated functional region annotation of liver from CT images. [12] In this paper we propose an integrated platform to help cyber security professionals to proactively manage cyber security threats and emerging incidents by providing an automated functionality that can optimize the workflow. [13] Through an automated functional correctness evaluation, we show that the Links implementation correctly implements the functionality of the official version. [14]

polyhexaethylene glycol derived

Basic Protocol 1: Preparation of the hydroxylated CPG support 3 Basic Protocol 2: Automated preparation of the CPG support 6 Basic Protocol 3: Automated preparation of the poly(hexaethylene glycol)-derived CPG 7 Basic Protocol 4: Automated functionalization of the poly(hexaethylene glycol)-derived CPG support 7 with leader deoxyribo- and ribonucleosides to provide the CPG support 9 Basic Protocol 5: Automated syntheses of DNA and RNA sequences on poly(hexaethylene glycol)-derived CPG support 9 and on a commercial long-chain alkylamine (LCAA) CPG support Support Protocol: Release and deprotection of the DNA and RNA sequences linked to the poly(hexaethylene glycol)-derived CPG support 10 and commercial LCAA-CPG support Basic Protocol 6: Comparative RP-HPLC analyses of crude, fully deprotected DNA or RNA sequences released from the poly(hexaethylene glycol)-derived CPG support 10 and from a commercial LCAA-CPG support. [1]

Though Automated Functional

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales. [1] Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales. [2]

automated functional imaging

Longitudinal 4-chamber (4LS), inflow/outflow (IO), circumferential, and radial strain were assessed using Velocity Vector Imaging (VVI, Seimens, Munich) and Automated Functional Imaging (AFI, General Electric, Boston) software. [1] At rest and after treadmill-test, all patients were measured for the values of left ventricular GLS, left ventricular PSI and PST using the AFI (Automated functional imaging) algorithm. [2] The use of Automated Functional Imaging (AFI) software has been previously used to quantify RV longitudinal peak global strain (PGS) values during two‐dimensional (2D) transthoracic echocardiographic examinations. [3] The LV GLS was measured using the automated functional imaging system (GE, Vivid E9 USA). [4] Dobutamine stress echocardiography was performed 4 days post-infarction accompanied with automated functional imaging analysis of left ventricle during rest and then during low dose stress. [5] The mean global left ventricular longitudinal systolic strain (GLS) at apical views—3 chambers, 4 chambers & 2 chambers apical views and global left ventricular circumferential systolic strain (GCS) at short axis view at level of papillary muscle were measured at rest and during recovery period of dobutamine stress echocardiography using automated functional imaging (AFI). [6]

automated functional testing

This paper presents and describes the technical details behind the machinery of testing and monitoring of the Data Lake – this includes continuous automated functional testing, network monitoring and development of insightful visualizations that reflect the current state of the system. [1] This paper proposes a novel approach for automated functional testing of map-based fusion algorithms in complex vehicle networks. [2] To this end, we introduce a new library for light-weight automated functional testing of VNFs. [3]

automated functional annotation

Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales. [1] Even though automated functional annotation of genes represents a fundamental step in most genomic and metagenomic workflows, it remains challenging at large scales. [2]