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Temperature needed for the alteration process ... temperatureswould causestructural reorganization.[2
temperatureswould causestructural reorganization.[2
temperatureswould causestructural reorganization.[3
the floodingcausingstructural damage.[8
while the larger cannon might be loaded with a single heavy cannonballto causestructural damage.[6
the proteincan influenceneuronal structural plasticity
cortex stimulationmight influencesynaptic structural plasticity
The chain length of the bonded material ... strong enoughto causestructural deconformation
custom(passive) are ... designedStructural mezzanines
changes in upstream and downstream processes during recombinant production of biologicsinfluencestructural heterogeneity
high shock loadscausingstructural deformations
These changescausestructural instabilities
by internal pressures or heating of the metal(passive) caused bystructural deformations
by internal pressures or heating of the metal (passive) caused bystructural deformations
temperature and gravity(passive) caused bystructural deformations
by aerodynamic load variations(passive) caused bystructural deformations
Mutationscausestructural instabilities
by temperature fluctuation , gravity , wind , seismic activity , and other vibrations(passive) caused bystructural deformations
temperature fluctuation , gravity , wind , seismic activity , and other vibrations(passive) caused bystructural deformations
by lack of repairs(passive) caused bystructural instabilities
the lack of repairs(passive) caused bystructural instabilities
while 31 mutations were foundto causestructural instabilities
by compression or vibration(passive) caused bystructural deformations
This traumawill causestructural instabilities
the presence of pores of different sizes , shapes and how they are interconnected(passive) is caused byStructural heterogeneity
Minute changes in temperature , pressure , and acceleration environmentscausestructural deformations
Post - injury behavioral trainingcan influencestructural plasticity
salt domes and other intrusive(passive) caused byStructural deformations
mutationsmay causestructural rearrangements
by the factors(passive) caused bystructural rearrangements
genetics(passive) caused byStructural inflexibility
by metal - ion binding(passive) caused bystructural rearrangements
their receptorscausestructural rearrangements
by aircraft impact(passive) caused bystructural fireproofing
by ectopic recombination of TEs(passive) caused byStructural rearrangements
regulatory chromatin remodeling factors(passive) caused bystructural rearrangements
by regulatory chromatin remodeling factors(passive) caused bystructural rearrangements
Altered packingcausesstructural rearrangement
by Tenant(passive) caused bystructural penetrations
covalent , directional bondscausestructural planarity
to restoration of functionleadingto restoration of function
in resistancecan resultin resistance
birth defectscausingbirth defects
in cognitive impairmentresultsin cognitive impairment
of nanoscale ceramicscomposedof nanoscale ceramics
, potentiallyleading, potentially
in membrane fusionresultin membrane fusion
in cancerresultin cancer
to in - frame deletions in the extracellular domain of the receptorleadingto in - frame deletions in the extracellular domain of the receptor
from chromosome breakageResultfrom chromosome breakage
an aerodynamic loads changingcausean aerodynamic loads changing
to duplications or deletions in recombination productsleadto duplications or deletions in recombination products
alsomay ... resultalso
to back painleadingto back pain
in e.g.resultingin e.g.
the rules of synaptic plasticityinfluencesthe rules of synaptic plasticity
to long - lasting alterations in neuronal connectivitycontributesto long - lasting alterations in neuronal connectivity
loss or gaincausingloss or gain
to the opening of hAQP10leadingto the opening of hAQP10
to strain in the protein network , which drives a return of the cell to its original biconcave shapeleadto strain in the protein network , which drives a return of the cell to its original biconcave shape
to an increase ( decrease ) of the number of synapses during phases of high ( low ) neuronal activity and ( ii ) homeostatic structural plasticity , which balances these changes by removing and adding synapsesleadsto an increase ( decrease ) of the number of synapses during phases of high ( low ) neuronal activity and ( ii ) homeostatic structural plasticity , which balances these changes by removing and adding synapses
to subsequent proton transfer processesleadingto subsequent proton transfer processes
to binding of ( porphinato)iron cofactorscould leadto binding of ( porphinato)iron cofactors
in viral polypeptides being inserted into this tunnelresultin viral polypeptides being inserted into this tunnel
to damageleadingto damage
from recombinationresultingfrom recombination
during redirection line of therapy and Maltese Reggieprimarily involve setduring redirection line of therapy and Maltese Reggie
for high wind load and long span conditionsdesignedfor high wind load and long span conditions
holes and thermal bridgingcauseholes and thermal bridging
from a mismatch between worker qualifications andresultsfrom a mismatch between worker qualifications and
to dysfunction that will be amplified during runningmay contributeto dysfunction that will be amplified during running
to political turmoil , domestic unrest , and economic collapseledto political turmoil , domestic unrest , and economic collapse
pelvic obliquity in the frontal plane and lumbar scoliosis with convexity toward the shorter extremity [ 18 , 19causepelvic obliquity in the frontal plane and lumbar scoliosis with convexity toward the shorter extremity [ 18 , 19
from focused crustal shortening as a driving mechanism for orogen - parallel flowresultingfrom focused crustal shortening as a driving mechanism for orogen - parallel flow
to abnormalities in muscle functionleadingto abnormalities in muscle function
to support the roof load , weight & wind loaddesignedto support the roof load , weight & wind load
capacity issuescausecapacity issues
The species - specific mechanisms(passive) are caused byThe species - specific mechanisms
with the best materials in the industry and enhanced for maximum endurance , longevity , and qualitydesignedwith the best materials in the industry and enhanced for maximum endurance , longevity , and quality
National Category Control EngineeringresultsNational Category Control Engineering