Numerous genome projects have produced a large and ever increasing amount of genomic sequence data. However, the biological functions of many proteins encoded by the sequences remain unknown. Protein function annotati...
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This study reports the tolerance of arsenic induced-stress by mesquite (Prosopis sp.) *** response of mesquite towards the toxicity effects imposed by As were studied through evaluation of plant growth,nutrients conte...
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This study reports the tolerance of arsenic induced-stress by mesquite (Prosopis sp.) *** response of mesquite towards the toxicity effects imposed by As were studied through evaluation of plant growth,nutrients content,synthesis of acid-soluble low molecular weight thiols (LMWTs) and glutathione S-transferase (GST) *** seeds of mesquite were germinated and grown in a hydroponics *** 3 days of growth in a nutrient solution,the plants were transferred to nutrient solution
The clinical knowledge that acute and critical care nurses have, whether applied in labor and delivery, postpartum, neonatal intensive care unit, or emergency room, is needed to shape future interventions that are tai...
This article sketches the dominant themes that have shaped Dutch discourse, policy and research on issues related to race, ethnicity, and immigration during the past 40 years. It will be shown that the paradigmatic fo...
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作者：
Chmielewski, TLHurd, WJRudolph, KSAxe, MJSnyder-Mackler, LTL Chmielewski
PT PhD is Assistant Professor Department of Physical Therapy University of Florida Gainesville Fla WJ Hurd
PT MS is a doctoral student in the Department of Physical Therapy University of Delaware Newark Del and Graduate Program in Biomechanics and Movement Science University of Delaware KS Rudolph
PT PhD is Assistant Professor Department of Physical Therapy University of Delaware Newark Del and Graduate Program in Biomechanics and Movement Science University of Delaware MJ Axe
MD is Clinical Professor Department of Physical Therapy University of Delaware Newark Del and Orthopedic Surgeon First State Orthopedics Newark Del L Snyder-Mackler
PT ScD SCS ATC is Professor Department of Physical Therapy University of Delaware 301 McKinly Laboratory Newark DE 19716 (USA) and Director Graduate Program in Biomechanics and Movement Science University of Delaware
Background and *** knee stabilization strategies of people who successfully compensate for the absence of an anterior cruciate ligament (ACL) (“copers”) are different from those of people who do not compensate well ...
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Background and *** knee stabilization strategies of people who successfully compensate for the absence of an anterior cruciate ligament (ACL) (“copers”) are different from those of people who do not compensate well for the injury (“noncopers”). Early after injury, certain patients (“potential copers”) can increase the likelihood of successfully compensating for the injury by participating in 10 sessions of perturbation training. The purpose of this study was to determine how perturbation training alters muscle co-contraction and knee kinematics in potential *** individuals with acute, unilateral ACL rupture who were categorized as potential copers and 17 subjects without injuries who were matched by age, sex, and activity level were recruited for this *** analysis and electromyographic data were collected as subjects walked across a stationary or moving platform (horizontal translation) before and after perturbation *** training, potential copers had higher co-contraction indexes and lower peak knee flexion angles than subjects without injuries. After training, potential copers' movement patterns more closely resembled those of subjects without injuries (ie, they showed reduced co-contraction indexes and increased peak knee flexion angles during stance).Discussion and *** training reduced quadriceps femoris-hamstring muscle and quadriceps femoris-gastrocnemius muscle co-contractions and normalized knee kinematics in individuals with ACL rupture who were classified as potential copers. Findings from this study provide evidence for a mechanism by which perturbation training acts as an effective intervention for promoting coordinated muscle activity in a select population of people with ACL rupture.
The unimolecular electronics (UE) aims to produce molecular electronic devices at 1-2 nm scale to meet the needs of integrated circuits. The UE is advanced by measuring electrical conductivity of single molecules or L...
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The unimolecular electronics (UE) aims to produce molecular electronic devices at 1-2 nm scale to meet the needs of integrated circuits. The UE is advanced by measuring electrical conductivity of single molecules or Langmuir-Blodgett (LB) monolayers. A single molecule is touched by scanning tunneling microscopy (STM) tip, conducting-tip atomic force microscopy (AFM) tip or between two Au tips are measured in parallel by making electrical contacts to sandwiches of organic monolayers. The metal | organic | metal sandwiches are prepared and measured without destroying organic layer.
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