![3-[(Pyrrolidin-3-yl)methyl]pyridine oxalate](data:image/png;base64,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)
| 3H56-1-X0 | |
| 3-[(Pyrrolidin-3-yl)methyl]pyridine ethane-1,2-dioate; 3-[(Pyridin-3-yl)methyl]pyrrolidine ethane-1,2-dioate | |
| % | |
| 1018827-46-7 | |
| MFCD04117738 | |
| C12H16N2O4 | |
| 252.27 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 3H56-1-X0
CAS: 1018827-46-7
Molecule Weight: 252.27
Formula: C12H16N2O4
![3-[(Piperidin-3-yl)methyl]pyridine dihydrochloride](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAfFAAAHxQHdJZKjAAACHnpUWHRtb2xTb3VyY2UAAHichZTbbtswDEB/hdDzoovvCeIUwYoBA9o9rC2wt0GxldSALRWyc/v7UXadxknm2DJIUzyURFGaPxyqEnbK1oXRKRGUE1A6M3mhNyl5e/0xScjDYp6hEzrqOiXvTfMxY2y/39PsXVXyYDTNTEW6/tmhLgY+e58au2Ee54L9eX56aZlJoetG6kwhVRezujU+mUw27Sz+MwSrpN0VmnXurLK7Ltpfj7vG6aHOyddavmPfElFYF6WCtbGVbGDncYqNf4ON0srKRuWwOqLZpwGufTF/fjTZtlK6QdVFKDJZvjR2m6GhMqXKthgMlZ+PKakEArIx1dJaeQSnObMUID2QPsgAZAgyAhmDTEBOQQqOH/YLdBDoIdBFhJjzUrlBX48fCmdegmun99dQx6R5KcFF4AM+jQMUE0E9HwP3klPBvagXp16PhlGQnOTQS9DAj3zwaBxNp73ojASOX0N+iklEReRkTOP2P6FB3E4FHcSnEicDS+8SUn/qpE+TsJM8Of/v+7shMMvslObFfGV0fqZCkadkJUib/99qXeNM2+QTMDZXFqvaBXCu54A3BNxWjQP+EHAbOw4EQ8CVwTgQDgFXNONANARciY0D8dWi7wDJVVoFHyemQ6Ir+BOyvIW4kAOmPSB3mIsN7w7UHeZiz7sDeIe52Pb+wI4ywY0c3GTYWS2z/npB9erqYWf3EsPbePEPsGeoTouJ+/UAAAkPSURBVHhe7Z1rbE1ZG8cl82m+icQH4YNbUNe0FZeQINW6xMjQjGiikZaESYpEkCDBEBOXJvqBdkbaTBGaV1VQYsigNMMrB0XelpKi1LXqpRRt1fP6r3d2na6zT1Xtyzp9nl9yck7Xs/fa2/nZe6+1z3r26kQCOzrpBULHR6QzRKQzRKQzRKQzRKQzhJ30Tr9H7j/ZqX13phYDCP5CrM9Xqq9QTEEMfbfzu+Yyp744J/F6352pxQDsvrjYglja/p/tVN9UHxIzCa/33ZlaDABfSPALfJ/zPdU11oUsZxpe77sztRhAuKMlszSTGpoaQmIm4fW+O1OLAdh9cbguRhdEu3JddBKv992ZWoSIQqQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKR/gaamJtqyZQtNmjSJnj17pocjEpHeCsXFxRQbG0tz5syhjRs3Uq9evSg9PZ0aGj4/5isSEek2VFZW0uzZs2nEiBF04cKF5vKamhpKS0ujgQMH0tGjR4PWiCxEehB1dXW0du1a6tOnD+Xm5tLHjx/1RRSlpaU0ceJEdcq/ceOGHjYekf4P+/bto759+9KqVavo9evXetiWQ4cO0YABA2jJkiX04sULPWws7KVfunSJxo4dSzNnzqSKigo9/EXq6+tp06ZN6nqflZVFHz580BcxDrbSnzx5QqmpqTRs2DA6ffq0Hv5qUF9KSopj9bkJO+k4Mjdv3qyOzMzMTNsjE2VnzpyhpUuX0vjx46l///7UvXt39Y6/UY643bqBQIDGjBmjzhx37tzRw0bASvrhw4cpKiqKFi9ebHsNxn+IjIwM6tmzJyUmJtLu3bvp1q1bzdd4vONvlCOO5bA81tPZu3evaiOsXr26zW0Er2AhHa3t+Ph4SkhIoLKyMj2sOH/+vGqUoUtWXV2th23Bclge62F9neDewK5du8L2Brymw0t//PgxdenShQoLC/VQMzhyceq+du2aHmoTWA/rox470O8fPXo0zZ8/Xw/5QoeX/vDhQ3WTJRwQNXLkyG++xYr1UU848WjZ466eCbCWjlMyjtBvFW6BelCf3alepHtIOOlofOFa3N5TejhQH+rVG3ci3UPCSUerG40wN0C9qD8Yke4hdtLRv0Y/3anTug7qRf3B/XiR7iF20nFjBf1sN0H92I6FSPcQO+n4gWTPnj0typwG9WM7FiLdQ+ykx8XF0c2bN1uUOQ3qx3Ys8vL+Tb/9ZsY9eZbS0bp2+9Yo6sd2LA4cKKWcnCtBS/gHS+k9evRo8bdbBG9HpHuInXQ50js4dtL9uKaLdA+xk+5H612ke4iddD/66X/9VUEHD5oxiJKldD/uyJkES+nA63vvJsFWupe/ssXG/k5ZWYHmz37DVjrw6vd0iJ4wIZcqK1+KdC8oKiqirl270ps3b/SQwouRMxC9fftF+vnnoyLdTV69ekXLly+nfv360eTJk9XgRDshwO0xchBdW1uvjnaR7gJILc7OzqbevXvThg0b6N27d6r83r17NGvWLBo1ahRdvHhRW8v50bB1dQ2f9uX/o18t0X/8USLSncZKLU5OTqaqqio9rDh79ixFR0fT3Llz6dGjRy1iTox7h+j8/FL64Yd9VF7+vLncJDqE9HCpxeHA2WDnzp2qL43fuN+/f98i3t4Ml0DgISUlHaBffimimpq3LWImEdHS25paHI6XL18qgZBZUFCgh9tMVRXaDycpNfUwlZW17dLgJxErvT2pxeEoLy+nqVOnfmpoTaDr16/r4bBguxkZp+nHH/Pozz9v62FjiTjpSC22EgTbk1rcGsePH6dBgwbRwoUL6fnz8NdjnFFwZsEZ5tdfd3xqLDbqixhNxEh3OrU4HHiezLZt29T1Ho20xsaWQtFmQNsBbQi0JSIR46UHpxZ7mfSP7tiCBQto8ODBdOLECdUbQK8AvQP0EiIZ46V369YtbGqxF+DGC/r2SIJE/x8t/0jHeOlejWfjhEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniEhniNHSMSixc+fOIYMThW/DWOkYjIhBiUgdwvvJkyf1RYR2Ypx05IpNmzZNpQ9dvXpVlZWUlNC4ceNo+vTpdPt25CQVmIox0pFavGzZMpVanJ+fr4cV+/fvV/EVK1ao5YX24bt0PbVYTybUQerx+vXr1fI5OTkdYkiy1/gq/dy5c19MLQ4Hlsdsxx0h+cBrfJFupRbjcR1tSS1uDTwMAGlGSUlJdP/+fT0s2OCpdLfmKbMSCnHKX7duHb19a25uuAl4Jt2akdCJ1OJw1NbW0sqVK9V28vLy9LDwD65LD04t9mruUaQwz5gxQ82WfPnyZT3MHlelT5kyhYYOHepqanFrnDp1ioYMGaIeOCB8xlXp+MIfPHigF3sKGnfIaRc+46r04cOHhzzByWtae2IkV0Q6Q0Q6Q0Q6Q0Q6Q0Q6Q1yVnpx8kKqr6/RiTxHpoYh0hoh0hoh0hoh0hoh0hrgu3e+H3Yv0UFyVjimp/Eakh+KqdBMQ6aGIdIY4Jj146inrswnTTYr0UFyX7vd0k5AeExOjF7PGUenBL6vMz+kmMSgSgzLxEj7jqHT9M979mG7y6dOnNG/ePDUoE4MjhZa4Lh0ETzeJmY0aG93JP8N8L1u3blXzvezYscOz+V4iDcekt5Vjx27RTz/tp+JiZ2c6KiwspKioKFq0aJFv871ECp5LBxUVL9R1Pi3tGN29+189/FWUlZVRQkICxcfHU2lpqR4WbPBFukVR0V1KTPwXpaf/ra79XwOOZszihKP7yJEjelhoBV+lg4aGJsrNLVGzEGdn7/3idRjxzMxMdd3GfG3BMxoLbcN36RbV1a8oJSWl1RkW0RJHHDMxYkZGoX0YI90iEAiofjXmJ7cSHoMTEpEQKXwbxkm3sFKb4+Li1DtmURacwVjpAA8xWLNmjTxkwGGMli64g0hniEhniEhniEhniEhniEhnyP8Acg9rcj5JL4oAAAAASUVORK5CYII=)
PN: 3H31-5-Z4
CAS: 1185013-65-3
Molecule Weight: 249.18
Formula: C11H18Cl2N2
![3-[(Piperidin-4-yl)methyl]pyridine dihydrochloride](data:image/png;base64,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)
PN: 3H31-5-Y3
CAS: 1172053-95-0
Molecule Weight: 249.18
Formula: C11H18Cl2N2
PN: 3H31-5-8F
CAS: 301222-60-6
Molecule Weight: 235.15
Formula: C10H16Cl2N2
TSCA: Not listed on TSCA inventory