Manish Patel

38 statements · 2 topics

Colorectal / ARM & Hirschsprung · guest expert

Featured statements

▶ Ep 13 · 4:00
In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so, we were never able to get a precise measurement. Now, with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel.
quote · Cloaca
▶ Ep 6 · 4:13
In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so we were never able to get a precise measurement. Now with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel.
quote · Cloaca
▶ Ep 16 · 0:42
The 3D cloacography technique uses the same technology available for 3D angiography: contrast is injected into hollow structures while the camera rotates around the patient to generate images.
clinical · Colorectal / ARM & Hirschsprung
▶ Ep 16 · 4:11
Modern 3D cloacography technology allows precise measurement of the common channel, whereas the old method using an external ruler had significant foreshortening and imprecise measurements.
clinical · Colorectal / ARM & Hirschsprung

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Manish's statements about Cloaca 18 statements

Open the Cloaca collection →

Cloaca - Workup & Evaluation

▶ Ep 6 · 0:11
quote We, when we first started doing these procedures, we were doing them in main radiology with the patient awake and over time we moved them to interventional radiology where we had 3D imaging capabilities and then subsequently we've now combined all the endoscopy the patient gets with these procedures, making, making it a one-stop shop. ↗
▶ Ep 6 · 0:11
clinical 3D rotational cloacography is performed in interventional radiology using angiography equipment, combining endoscopy with 3D imaging capabilities in a single session. ↗
▶ Ep 6 · 0:42
clinical The 3D cloacography technique uses the same technology available for 3D angiography: contrast is injected into hollow structures while the camera rotates around the patient to generate images. ↗
▶ Ep 6 · 0:58
clinical Images from 3D cloacography are immediately available at a workstation where different cuts and views can be made to clarify overlapping structures. ↗
▶ Ep 6 · 1:11
clinical Conventional 2D cloacography with AP and lateral views has overlapping structures that make it difficult to decipher which structure is which. ↗
▶ Ep 6 · 4:11
clinical Modern 3D cloacography technology allows precise measurement of the common channel, whereas the old method using an external ruler had significant foreshortening and imprecise measurements. ↗
▶ Ep 6 · 4:13
quote In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so we were never able to get a precise measurement. Now with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel. ↗
▶ Ep 6 · 6:51
clinical The radiation dose from 3D rotational cloacography is very similar to conventional cloacography because fewer lateral and frontal images are needed. ↗
▶ Ep 6 · 7:17
clinical MRI cloacography loses the real-time capability of seeing what is being injected and filled, and significantly increases anesthesia time. ↗
▶ Ep 6 · 7:19
quote I think what you lose is the real-time capability of seeing what you're injecting and what you're filling. It actually also adds a lot more to the anesthesia time of doing the procedure, so. The trade-off of a small amount of radiation versus the increased anesthesia time to do it in terms of an MRI cloaciogram. ↗

3D Reconstruction: Cloaca and Complex ARMs 2015

▶ Ep 13 · 0:00
quote When we first started doing these procedures, we're doing them in main radiology with the patient awake, and over time, we moved them to interventional radiology where we had 3D imaging capabilities and then subsequently, we've, we've now combined all the endoscopy the patient gets with these procedures, making, making it a one-stop shop. ↗
▶ Ep 13 · 0:00
clinical The 3D cloacogram procedure evolved from main radiology with awake patients to interventional radiology with 3D imaging capabilities, now combining endoscopy and imaging in a single session. ↗
▶ Ep 13 · 1:00
clinical The 3D rotational technique uses the same technology as 3D angiography, injecting contrast into hollow structures while the camera rotates around the patient to generate images immediately available at a workstation. ↗
▶ Ep 13 · 2:00
clinical Conventional contrast studies done in main radiology typically provide only AP and lateral views with overlapping structures that are difficult to decipher. ↗
▶ Ep 13 · 4:00
clinical The 3D technique allows precise measurement of the common channel without the foreshortening error inherent in external ruler placement used in conventional imaging. ↗
▶ Ep 13 · 4:00
quote In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so, we were never able to get a precise measurement. Now, with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel. ↗
▶ Ep 13 · 6:49
clinical The radiation dose from a 3D rotational study is very similar to a conventional cloacogram because fewer lateral and frontal static images are needed. ↗
▶ Ep 13 · 6:49
clinical MRI cloacograms lose the real-time capability of seeing what structures fill during injection and significantly increase anesthesia time compared to fluoroscopic techniques. ↗
Manish's statements about Colorectal / ARM & Hirschsprung 20 statements

Open the Colorectal / ARM & Hirschsprung collection →

Cloaca - Workup & Evaluation

▶ Ep 16 · 0:11
quote We, when we first started doing these procedures, we were doing them in main radiology with the patient awake and over time we moved them to interventional radiology where we had 3D imaging capabilities and then subsequently we've now combined all the endoscopy the patient gets with these procedures, making, making it a one-stop shop. ↗
▶ Ep 16 · 0:11
clinical 3D rotational cloacography is performed in interventional radiology using angiography equipment, combining endoscopy with 3D imaging capabilities in a single session. ↗
▶ Ep 16 · 0:11
clinical 3D rotational cloacography is performed in interventional radiology using angiography equipment, combining endoscopy with 3D imaging capabilities in a single session. ↗
▶ Ep 16 · 0:11
quote We, when we first started doing these procedures, we were doing them in main radiology with the patient awake and over time we moved them to interventional radiology where we had 3D imaging capabilities and then subsequently we've now combined all the endoscopy the patient gets with these procedures, making, making it a one-stop shop. ↗
▶ Ep 16 · 0:42
clinical The 3D cloacography technique uses the same technology available for 3D angiography: contrast is injected into hollow structures while the camera rotates around the patient to generate images. ↗
▶ Ep 16 · 0:42
clinical The 3D cloacography technique uses the same technology available for 3D angiography: contrast is injected into hollow structures while the camera rotates around the patient to generate images. ↗
▶ Ep 16 · 0:58
clinical Images from 3D cloacography are immediately available at a workstation where different cuts and views can be made to clarify overlapping structures. ↗
▶ Ep 16 · 0:58
clinical Images from 3D cloacography are immediately available at a workstation where different cuts and views can be made to clarify overlapping structures. ↗
▶ Ep 16 · 1:11
clinical Conventional 2D cloacography with AP and lateral views has overlapping structures that make it difficult to decipher which structure is which. ↗
▶ Ep 16 · 1:11
clinical Conventional 2D cloacography with AP and lateral views has overlapping structures that make it difficult to decipher which structure is which. ↗
▶ Ep 16 · 4:11
clinical Modern 3D cloacography technology allows precise measurement of the common channel, whereas the old method using an external ruler had significant foreshortening and imprecise measurements. ↗
▶ Ep 16 · 4:11
clinical Modern 3D cloacography technology allows precise measurement of the common channel, whereas the old method using an external ruler had significant foreshortening and imprecise measurements. ↗
▶ Ep 16 · 4:13
quote In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so we were never able to get a precise measurement. Now with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel. ↗
▶ Ep 16 · 4:13
quote In the old days, we would put a ruler external to the patient. There'd be a lot of foreshortening, so we were never able to get a precise measurement. Now with our um modern technology, we're able to actually get a precise view of the common channel and then draw calipers along there and actually give a precise measurement of the common channel. ↗
▶ Ep 16 · 6:51
clinical The radiation dose from 3D rotational cloacography is very similar to conventional cloacography because fewer lateral and frontal images are needed. ↗
▶ Ep 16 · 6:51
clinical The radiation dose from 3D rotational cloacography is very similar to conventional cloacography because fewer lateral and frontal images are needed. ↗
▶ Ep 16 · 7:17
clinical MRI cloacography loses the real-time capability of seeing what is being injected and filled, and significantly increases anesthesia time. ↗
▶ Ep 16 · 7:17
clinical MRI cloacography loses the real-time capability of seeing what is being injected and filled, and significantly increases anesthesia time. ↗
▶ Ep 16 · 7:19
quote I think what you lose is the real-time capability of seeing what you're injecting and what you're filling. It actually also adds a lot more to the anesthesia time of doing the procedure, so. The trade-off of a small amount of radiation versus the increased anesthesia time to do it in terms of an MRI cloaciogram. ↗
▶ Ep 16 · 7:19
quote I think what you lose is the real-time capability of seeing what you're injecting and what you're filling. It actually also adds a lot more to the anesthesia time of doing the procedure, so. The trade-off of a small amount of radiation versus the increased anesthesia time to do it in terms of an MRI cloaciogram. ↗