Background: t�� su���cal s��a���y f�� ��� ���a�m�n� �f c�l���c�al canc�� and sync���n�us ��pa��c m��as�as�s ��ma�ns c�n������s�al. many su����ns f�a� anas��m���c l�a�a��and m��as�as�s ��ma�ns c�n������s�al. many su����ns f�a� anas��m���c l�a�a��and m��as�as�s ��ma�ns c�n������s�al. many su����ns f�a� anas��m���c l�a�a��and �s ��ma�ns c�n������s�al. many su����ns f�a� anas��m���c l�a�a��and s��ma�ns c�n������s�al. many su����ns f�a� anas��m���c l�a�a�� and �n��ap�����n�al absc�ss�sw��n p��f��m�n� a�n�-s��p p��c�du��. t��y p��f��a�w�-s��p p��c�du��w ��� al ���� ��s�c���n 2� �3m �n��s af��� ��s�c���n �f ��� c�l���c�al p��ma�y l�s��n.Subjects and Methods: W� analys�d m�d�cal ��c��ds f��m ap��l 1���� �� ap��l 2��2 f�� m�d�cal ��c��ds f��m ap��l 1���� �� ap��l 2��2 f�� m�d�cal ��c��ds f��m ap��l 1���� �� ap��l 2��2 f�� f�� a� ��al �f ��2 pa���n�s w��� c�l���c�al canc�� and sync���n�usl ���� m��as�as�s w�� un-��2 pa���n�s w��� c�l���c�al canc�� and sync���n�us l���� m��as�as�s w�� un-��2 pa���n�s w��� c�l���c�al canc�� and sync���n�us l���� m��as�as�s w�� unpa���n�s w��� c�l���c�al canc�� and sync���n�us l���� m��as�as�s w�� un�s w�� unsw �� und��w�n� s�mul�an��us l���� and c�l���c�al ��s�c���ns w��� ap��ma�y anas��m�s�s.Sp�c�al a���n���n was pa�d �� da�a �n su���cal p��c�du��s, p�s��p��a���� m��b�d��y,a nd m��-�al��y. .Results: f���y-�w� pa���n�s, 2�� m�n and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� pa���n�s, 2�� m�n and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� 2�� m�n and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� m�n and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� m�n and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� and 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� 1�� w�m�n, w��� s�ud��d. m�d�an �p��a��n� ,w ��� s�ud��d. m�d�an �p��a��n� d�an �p��a��n� �p��a��n� ��m� was 6.����u�s �3.���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �� ��u�s �3.���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� ��u�s �3.���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �u�s �3.���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �3.���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� ���11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �11.� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� ��u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �u�s�, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� �, and m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� m�d�an bl��d l�ss was 1�22 ml ��an�� 2���� �� bl��d l�ss was 1�22 ml ��an��2���� �� 1�22 ml ��an�� 2���� �� ml ��an�� 2���� �� �an�� 2���� �� 2���� �� ���� �� �6�� ml�. ��s��p��a���� c�mpl�ca���ns �nclud�d pl�u�al �ffus��n �n ��pa���n�s, �l�us �n 3, ml�. ��s��p��a���� c�mpl�ca���ns �nclud�d pl�u�al �ffus��n �n ��pa���n�s, �l�us �n 3, �. ��s��p��a���� c�mpl�ca���ns �nclud�d pl�u�al �ffus��n �n ��pa���n�s, �l�us �n 3, ��s��p��a���� c�mpl�ca���ns �nclud�d pl�u�al �ffus��n �n ��pa���n�s, �l�us �n 3, anas��m���c l�a�a�� �n 2, �n��ap����...

Blood flow in the portal vein is pulsatile and influenced by both the inferior vena cava and the arterial system in a complex manner.

In the hepatic circulation, flow-wave pulsation in the portal vein is influenced by flow in the inferior vena cava via the sinusoids and by flow in the mesenteric artery via the capillary vessels of the intestine.

No abstract

These results suggest that this combination of contrast-enhanced ultrasound-guided and dye-guided methods warrants use as a quick, simple procedure for detecting sentinel lymph nodes.