Exemplos de uso de Increased signal em Inglês e suas traduções para o Português
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More antennas result in increased signal strength.
The increased signal with T2 weighting is due to muscle edema.
Some generalized edema throughout, and areas of increased signal here, here, here and here.
Increased signal in the supraspinatus tendon at short TE sequence.
Allows for remote mounting of antennas in optimal locations for increased signal stability.
At left, increased signal on the short TE sequence(arrow), which is not seen on the long TE sequence at right arrow.
A Samsung cellular phone- A small device that when attached to the phone, increased signal strength by approx. 250.
MRI findings in the marrow of sesamoid bones include increased signal intensity on T2/STIR images, with decreased or normal signal intensity on T1-weighted images Figure 10.
However, on images with a high b value, the tissues with increased cellularity are seen with increased signal intensity Figure 3.
At magnetic resonance imaging, T1-weighted sequences demonstrate an increased signal typical of hemorrhagic collections, because of products from hemoglobin degradation.
Magnetic resonance imaging can be useful in the earlier phases, before the development of calcification or ossification,observing an intermediate pattern of cartilaginous bodies, in T1-weighted images, and increased signal, in T2.
Liquefied tissue inflammation andedema around the fascia are detected by an increased signal on T2-weighted images and absence of attenuation of gadolinium in T1.
Battery consumption and increased signaling and interference in the network are directly related to some parameters configuration of state transitions, such as timers and other settings.
Faced with clinical and radiographic findings and diagnostic uncertainty, we requested a pelvic MRI,which showed increased signal in the quadratus femoris muscle on T2-weighted sequences Figure 2.
With the T2 sequence with fat saturation, the objective is to define whether there is any thickening andhypersignal of the sciatic nerve, along with signs of denervation of the piriformis muscle characterized by increased signal.
Include increased thickness of the tendon inside the first extensor compartment at the level of the radius distal extremity and increased signal intensity within the synovial sheath, indicating tenosynovitis.
Typically, MRI demonstrates increased signal intensity on T2-weighted and STIR sequences as a result of the intracellular increase in the amount of fluid or inflammatory infiltrate associated with the increase in muscle volume.
At imaging studies, neurofibromatosis does not present radiolucent soft tissues adipose tissue andpresents neurofibromas which are detected as nodular areas with increased signal intensity on MRI T2-weighted images.
MRI findings include increased signal and discontinuity of the plantar plate on T2/STIR images, possibly associated with flexor tenosynovitis, metatarsophalangeal articulation synovitis and hyperextension of the proximal phalanx.
On the other hand, malignant tumors generally present water molecules diffusion restriction secondary to cell proliferation,frequently with increased signal intensity at the diffusion-weighted image and ADC levels< 1.0× 10 mm/s Figure 3.
The magic angle artifact refers to the increased signal observed when MRI sequences with short echo time(TE)(e.g., T1 or proton density spin-echo sequences) are used to image tissues with well-ordered collagen fibers in one direction e.g., tendon or articular hyaline cartilage.
The MRI findings described by Glajchen et al. include increased thickness of the tendon inside the first extensor compartment at the level of the radius distal extremity and increased signal intensity within the synovial sheath, indicating tenosynovitis.
Necrosis can be identified as areas of hypointensity on"phase in" and increased signal intensity areas on"phase out", both associated with well defined areas of not enhanced parenchyma in postcontrast enhanced sequences Gadolinium.
The bilateral cruris MRI taken due to continuing severe pain on his bilateral calf muscles revealed thickening and edema in both gastrocnemius andthe semimembranosus muscle group, an increased signal in T2, and an edematous appearance.
At MRI, Freiberg infraction is characterized as a well delimited area of hyposignal in the metatarsal head, with increased signal on T2/STIR images in acute phases, progressing to subchondral bone collapse, with flattening of the articular surface, epiphysis irregularity and bone marrow low signal on T2-weighted sequences bone sclerosis Figure 9.
This high-definition technology can detect subclinical inflammation in patients without joint involvement, i.e.,structures unchanged by the gray scale GS exhibit an increased signal of power Doppler PD, captured in microcirculation in the nail entheses, which show inflammatory activity.
These were characterized by increased signal in the T2 and PD weightings with fat suppression, in the bone marrow of the medial portion of the patella and on the external face of the lateral femoral condyle, other areas of bone edema unrelated to patellar dislocation, joint effusion and tendinous, ligamentous, meniscal or cartilaginous lesions.
As previously mentioned, the gestation may be a determining factor of ovarian torsion, with the same imaging findings at MRI,among them enlarged ovary with edematous appearance demonstrating increased signal intensity on its stroma on T2-weighted images, as well as peripheral distribution of follicles Figure 5.
The adaptive mechanisms of?-cells to insulin resistance appear to involve an increase in glucose metabolism,signaling by nonesterified fatty acids, increased signaling by insulin/IGF-1 insulin-like growth factor and the secretagogue and mitogen actions of incretin GLP- 1 glucagon-like peptide-1.
Acute and subacute muscle denervation is more appropriately evaluated at fluid-sensitive MRI sequences such as PD/T2-weighted sequences with fat suppression or STIR sequences,showing increased signal intensity within the muscle belly as compared with the normal muscle, corresponding to neurogenic muscle edema Figure 5.