real qa paste list Flashcards

1
Q

Which implant design showed the highest stability in Worden et al.’s 2020 study on canine cementless total hip replacement?

A

The highest stability was observed with the double cup implant design, which outperformed the other designs in biomechanical tests.

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2
Q

What were the conclusions of Kaczmarek et al. (2020) regarding the locking mechanism of 3.5-mm screws?

A

The study concluded that the locking mechanism of 3.5-mm screws was highly effective, with micro-CT providing detailed insights into their performance.

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3
Q

How did the reliability of the Norberg Angle compare with the Distraction Index in measuring hip laxity in Klever et al.’s 2020 study?

A

The Norberg Angle was less reliable than the Distraction Index for assessing hip laxity, with the latter providing more consistent measurements.

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4
Q

What was the reported success rate of using the conical coupling mini locking plate system for fracture repair in cats?

A

The success rate for using the conical coupling mini locking plate system in cats was high, with the majority of cases resulting in successful fracture healing.

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5
Q

In Rincon Alvarez et al.’s study (2020), what effect did the calibration method have on the accuracy of pressure mat data?

A

The calibration method had a significant effect on the accuracy of pressure mat data, with some methods proving more reliable than others.

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6
Q

What clinical outcomes were observed in cats following triple pelvic osteotomy with lag screw fixation for pelvic canal stenosis in Cinti et al.’s 2020 study?

A

Clinical outcomes for cats treated with triple pelvic osteotomy and lag screw fixation were generally favorable, with most cats showing improved function and minimal complications.

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7
Q

How did tibial plateau leveling osteotomy affect joint mechanics in canine stifles?

A

Tibial plateau leveling osteotomy improved joint mechanics by reducing abnormal cranial tibial thrust, leading to enhanced stability in canine stifles.

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8
Q

What were the primary results of the segmental femoral ostectomy technique used for medial patellar luxation in dogs?

A

The segmental femoral ostectomy technique used for medial patellar luxation in dogs was successful, with most dogs achieving good functional recovery.

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9
Q

How did limb position affect the measurements of the quadriceps muscle length-to-femoral length ratio in Beagle dogs?

A

Limb position affected the measurements of the quadriceps muscle length-to-femoral length ratio, with different positions resulting in varying ratios.

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10
Q

What were the main findings regarding the performance of conical coupling plate constructs in MacArthur et al.’s 2020 study on cat tibial fracture stabilization?

A

The main findings indicated that both conical coupling plate constructs were effective for stabilizing cat tibial fractures, with each offering specific biomechanical benefits.

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11
Q

Which implant design provided the most favorable biomechanical results in the study by Worden et al. (2020) on canine hip replacement?

A

The most favorable biomechanical results were provided by the double cup implant design, which offered superior stability in canine hip replacements.

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12
Q

What did Kaczmarek et al. (2020) conclude about the effectiveness of the locking mechanism in 3.5-mm screws?

A

The effectiveness of the locking mechanism in 3.5-mm screws was confirmed through micro-CT analysis, which showed how the screws engaged with the bone.

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13
Q

How did the Norberg Angle and Distraction Index compare in terms of reliability for assessing hip laxity?

A

The Norberg Angle was less consistent than the Distraction Index in measuring hip laxity, making the latter a more reliable tool for assessment.

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14
Q

What success rate was achieved with the conical coupling mini locking plate system in Ferrero et al.’s 2020 study on cat fracture repair?

A

The success rate of the conical coupling mini locking plate system in Ferrero et al.’s study was high, with successful outcomes in most cases.

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15
Q

How did the choice of calibration method influence the pressure mat data outcomes in Rincon Alvarez et al.’s 2020 study?

A

The choice of calibration method significantly affected the outcomes of pressure mat data, with certain methods leading to more consistent results.

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16
Q

What was the success rate of the conical coupling mini locking plate system in Ferrero et al.’s study?

A

The success rate was high, with successful outcomes in most cases.

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17
Q

How did the choice of calibration method influence the pressure mat data outcomes in Rincon Alvarez et al.’s 2020 study?

A

The choice of calibration method significantly affected the outcomes, with certain methods leading to more consistent results.

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18
Q

What clinical outcomes were observed in cats treated with triple pelvic osteotomy with lag screw fixation for pelvic canal stenosis in Cinti et al.’s 2020 study?

A

Clinical outcomes were positive, with most cats regaining function and experiencing minimal complications.

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19
Q

How did tibial plateau leveling osteotomy affect joint mechanics in canine stifles according to Shimada et al. (2020)?

A

It had a positive effect on joint mechanics, improving stability by reducing cranial tibial thrust.

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20
Q

What were the clinical results of segmental femoral ostectomy for medial patellar luxation in dogs as described by Nagahiro et al. (2020)?

A

The clinical results were successful, with most dogs showing good postoperative recovery.

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21
Q

How did limb positioning influence the quadriceps muscle length-to-femoral length ratio in Beagle dogs according to Murakami et al. (2020)?

A

The ratio was influenced by limb positioning, with variations observed based on different limb positions.

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22
Q

What were the results of the surgical outcomes for dogs undergoing segmental femoral ostectomy for patellar luxation in Nagahiro et al.’s 2020 study?

A

The outcomes were generally successful, with most dogs showing good recovery and improved limb function.

23
Q

How did limb positioning impact the quadriceps muscle length-to-femoral length ratio in normal Beagle dogs according to Murakami et al. (2020)?

A

Limb positioning impacted the ratio, with different positions altering the measurements.

24
Q

What were the biomechanical effects observed in the conical coupling plate constructs for cat tibial fracture stabilization in MacArthur et al.’s 2020 study?

A

The effects included improved fracture stability with both constructs, each having specific benefits depending on the fracture type.

25
Q

Which implant design provided the best biomechanical performance in Worden et al.’s study on cementless total hip replacement in dogs?

A

The double cup design provided the best biomechanical performance, offering superior stability.

26
Q

What did Kaczmarek et al. (2020) identify as the primary locking mechanism in their micro-CT study of 3.5-mm locking screws?

A

The primary locking mechanism was the interaction between the screw threads and the surrounding bone.

27
Q

What were the findings related to the reliability of the Norberg Angle compared to the Distraction Index in Klever et al.’s 2020 study on hip laxity in dogs?

A

The Norberg Angle was found to be less reliable than the Distraction Index for assessing hip laxity.

28
Q

What was the success rate of fracture repair using the conical coupling mini locking plate system in cats according to Ferrero et al. (2020)?

A

The success rate was high, with minimal complications reported.

29
Q

How did the calibration method affect the repeatability and reproducibility of pressure mat data in Rincon Alvarez et al.’s 2020 study?

A

The calibration method significantly influenced the repeatability and reproducibility, with certain methods yielding more consistent results.

30
Q

What were the long-term clinical outcomes of cats treated with triple pelvic osteotomy and lag screw fixation for pelvic canal stenosis in Cinti et al.’s 2020 study?

A

The long-term outcomes were positive, with restored function and minimal complications.

31
Q

How did tibial plateau leveling osteotomy influence joint instability in normal canine stifles according to Shimada et al. (2020)?

A

The study indicated improvements in joint stability.

32
Q

What were the long-term clinical outcomes for cats treated with triple pelvic osteotomy and lag screw fixation in Cinti et al.’s 2020 study?

A

The long-term clinical outcomes were positive, with restored function and minimal complications.

33
Q

How did tibial plateau leveling osteotomy influence joint instability in normal canine stifles according to Shimada et al. (2020)?

A

It reduced joint instability by altering the stifle’s biomechanics, specifically by decreasing cranial tibial thrust.

34
Q

What were the key surgical outcomes in dogs treated with segmental femoral ostectomy for medial patellar luxation as described by Nagahiro et al. (2020)?

A

The key surgical outcomes included successful stabilization of the femoropatellar joint, with most dogs achieving good postoperative function.

35
Q

How did limb position influence the quadriceps muscle length-to-femoral length ratio measurements in Beagle dogs according to Murakami et al. (2020)?

A

Limb position significantly influenced the measurements, with different positions resulting in different outcomes.

36
Q

What biomechanical differences were observed between the two conical coupling plate constructs in MacArthur et al.’s 2020 study?

A

The differences included variations in fracture stability, with each plate construct offering distinct advantages depending on the fracture type.

37
Q

What were the conclusions of Kaczmarek et al. (2020) regarding the locking mechanism of 3.5-mm screws?

A

The study concluded that the locking mechanism was highly effective, with micro-CT providing detailed insights into their performance.

38
Q

How did the reliability of the Norberg Angle compare with the Distraction Index in measuring hip laxity in Klever et al.’s 2020 study?

A

The Norberg Angle was less reliable than the Distraction Index, which provided more consistent measurements.

39
Q

What was the reported success rate of using the conical coupling mini locking plate system for fracture repair in cats according to Ferrero et al. (2020)?

A

The success rate was high, with the majority of cases resulting in successful fracture healing.

40
Q

What effect did the calibration method have on the accuracy of pressure mat data in Rincon Alvarez et al.’s study (2020)?

A

The calibration method had a significant effect on accuracy, with some methods proving more reliable than others.

41
Q

What clinical outcomes were observed in cats following triple pelvic osteotomy with lag screw fixation for pelvic canal stenosis in Cinti et al.’s 2020 study?

A

Clinical outcomes were generally favorable, with most cats showing improved function and minimal complications.

42
Q

How did tibial plateau leveling osteotomy affect joint mechanics in canine stifles according to Shimada et al. (2020)?

A

It improved joint mechanics by reducing abnormal cranial tibial thrust, leading to enhanced stability.

43
Q

What were the primary results of the segmental femoral ostectomy technique used for medial patellar luxation in dogs as reported by Nagahiro et al. (2020)?

A

The technique was successful, with most dogs achieving good functional recovery.

44
Q

How did limb position affect the measurements of the quadriceps muscle length-to-femoral length ratio in Beagle dogs according to Murakami et al. (2020)?

A

Limb position affected the measurements, with different positions resulting in varying ratios.

45
Q

What were the main findings regarding the performance of conical coupling plate constructs in MacArthur et al.’s 2020 study on cat tibial fracture stabilization?

A

Both constructs were effective for stabilizing tibial fractures, each offering specific biomechanical benefits.

46
Q

What is the quadriceps muscle length-to-femoral length ratio affected by?

A

Different positions result in varying ratios.

47
Q

What were the main findings regarding the performance of conical coupling plate constructs in MacArthur et al.’s 2020 study on cat tibial fracture stabilization?

A

Both conical coupling plate constructs were effective for stabilizing cat tibial fractures, with each offering specific biomechanical benefits.

48
Q

Which implant design provided the most favorable biomechanical results in the study by Worden et al. (2020) on canine hip replacement?

A

The double cup implant design provided the most favorable biomechanical results, offering superior stability in canine hip replacements.

49
Q

How did the Norberg Angle and Distraction Index compare in terms of reliability for assessing hip laxity, according to Klever et al. (2020)?

A

The Norberg Angle was less consistent than the Distraction Index in measuring hip laxity, making the latter a more reliable tool for assessment.

50
Q

What success rate was achieved with the conical coupling mini locking plate system in Ferrero et al.’s 2020 study on cat fracture repair?

A

The success rate of the conical coupling mini locking plate system was high, with successful outcomes in most cases.

51
Q

What was the primary aim of the study by ?engöz ?irin et al. (2020) on antebrachial angular deformities?

A

The primary aim was to investigate the applicability of computer-assisted hexapod fixators in dogs with complex antebrachial deformities and to consider the advantages and disadvantages during implementation.

52
Q

What type of deformities were primarily addressed in the study by ?engöz ?irin et al. (2020) using hexapod external fixators?

A

The study addressed angular, torsional, and translational deformities in the antebrachium of dogs.

53
Q

What was the typical range for the correction period using the hexapod external fixator in the study on antebrachial angular deformities in dogs?

A

The correction period ranged from 7 to 20 days.