2QA7 - Sequence, Chains, Asymmetric and Biological Units

• Title: CRYSTAL STRUCTURE OF HUNTINGTIN-INTERACTING PROTEIN 1 (HIP1) COILED-COIL DOMAIN WITH A BASIC SURFACE SUITABLE FOR HIP-PROTEIN INTERACTOR (HIPPI)
• Keywords: HIPPI-BINDING, HUNTINGTON'S DISEASE, APOPTOSIS, COILED-COIL, ACTIN BINDING
• Experiment: X-ray diffraction
• Number of Models: 1

Database	ID code	Status	Coordinate files
			Header	Asymmetric unit	Biological unit
PDB	2QA7	released	available	available	Quaternary Structure Server

Asymmetric unit from PDB

Unit	Type	Name	Chain ID	Residues	Atoms	Hetatoms
1	Protein	HUNTINGTIN-INTERACTING PROTEIN 1	A	99	821	0
2	Protein	HUNTINGTIN-INTERACTING PROTEIN 1	B	70	572	0
3	Protein	HUNTINGTIN-INTERACTING PROTEIN 1	C	102	847	0
4	Protein	HUNTINGTIN-INTERACTING PROTEIN 1	D	70	572	0
5	Water			2	0	2
total				343	2812	2

Proteins

Unit 1	ASP 371 GLU 372 LYS 373 ASP 374 HIS 375 LEU 376 ILE 377 GLU 378 ARG 379 LEU 380 TYR 381 ARG 382 GLU 383 ILE 384 SER 385 GLY 386 LEU 387 LYS 388 ALA 389 GLN 390 LEU 391 GLU 392 ASN 393 MET 394 LYS 395 THR 396 GLU 397 SER 398 GLN 399 ARG 400 VAL 401 VAL 402 LEU 403 GLN 404 LEU 405 LYS 406 GLY 407 HIS 408 VAL 409 SER 410 GLU 411 LEU 412 GLU 413 ALA 414 ASP 415 LEU 416 ALA 417 GLU 418 GLN 419 GLN 420 HIS 421 LEU 422 ARG 423 GLN 424 GLN 425 ALA 426 ALA 427 ASP 428 ASP 429 CYS 430 GLU 431 PHE 432 LEU 433 ARG 434 ALA 435 GLU 436 LEU 437 ASP 438 GLU 439 LEU 440 ARG 441 ARG 442 GLN 443 ARG 444 GLU 445 ASP 446 THR 447 GLU 448 LYS 449 ALA 450 GLN 451 ARG 452 SER 453 LEU 454 SER 455 GLU 456 ILE 457 GLU 458 ARG 459 LYS 460 ALA 461 GLN 462 ALA 463 ASN 464 GLU 465 GLN 466 ARG 467 TYR 468 SER 469
Unit 2	ASP 371 GLU 372 LYS 373 ASP 374 HIS 375 LEU 376 ILE 377 GLU 378 ARG 379 LEU 380 TYR 381 ARG 382 GLU 383 ILE 384 SER 385 GLY 386 LEU 387 LYS 388 ALA 389 GLN 390 LEU 391 GLU 392 ASN 393 MET 394 LYS 395 THR 396 GLU 397 SER 398 GLN 399 ARG 400 VAL 401 VAL 402 LEU 403 GLN 404 LEU 405 LYS 406 GLY 407 HIS 408 VAL 409 SER 410 GLU 411 LEU 412 GLU 413 ALA 414 ASP 415 LEU 416 ALA 417 GLU 418 GLN 419 GLN 420 HIS 421 LEU 422 ARG 423 GLN 424 GLN 425 ALA 426 ALA 427 ASP 428 ASP 429 CYS 430 GLU 431 PHE 432 LEU 433 ARG 434 ALA 435 GLU 436 LEU 437 ASP 438 GLU 439 LEU 440
Unit 3	ASP 371 GLU 372 LYS 373 ASP 374 HIS 375 LEU 376 ILE 377 GLU 378 ARG 379 LEU 380 TYR 381 ARG 382 GLU 383 ILE 384 SER 385 GLY 386 LEU 387 LYS 388 ALA 389 GLN 390 LEU 391 GLU 392 ASN 393 MET 394 LYS 395 THR 396 GLU 397 SER 398 GLN 399 ARG 400 VAL 401 VAL 402 LEU 403 GLN 404 LEU 405 LYS 406 GLY 407 HIS 408 VAL 409 SER 410 GLU 411 LEU 412 GLU 413 ALA 414 ASP 415 LEU 416 ALA 417 GLU 418 GLN 419 GLN 420 HIS 421 LEU 422 ARG 423 GLN 424 GLN 425 ALA 426 ALA 427 ASP 428 ASP 429 CYS 430 GLU 431 PHE 432 LEU 433 ARG 434 ALA 435 GLU 436 LEU 437 ASP 438 GLU 439 LEU 440 ARG 441 ARG 442 GLN 443 ARG 444 GLU 445 ASP 446 THR 447 GLU 448 LYS 449 ALA 450 GLN 451 ARG 452 SER 453 LEU 454 SER 455 GLU 456 ILE 457 GLU 458 ARG 459 LYS 460 ALA 461 GLN 462 ALA 463 ASN 464 GLU 465 GLN 466 ARG 467 TYR 468 SER 469 LYS 470 LEU 471 LYS 472
Unit 4	ASP 371 GLU 372 LYS 373 ASP 374 HIS 375 LEU 376 ILE 377 GLU 378 ARG 379 LEU 380 TYR 381 ARG 382 GLU 383 ILE 384 SER 385 GLY 386 LEU 387 LYS 388 ALA 389 GLN 390 LEU 391 GLU 392 ASN 393 MET 394 LYS 395 THR 396 GLU 397 SER 398 GLN 399 ARG 400 VAL 401 VAL 402 LEU 403 GLN 404 LEU 405 LYS 406 GLY 407 HIS 408 VAL 409 SER 410 GLU 411 LEU 412 GLU 413 ALA 414 ASP 415 LEU 416 ALA 417 GLU 418 GLN 419 GLN 420 HIS 421 LEU 422 ARG 423 GLN 424 GLN 425 ALA 426 ALA 427 ASP 428 ASP 429 CYS 430 GLU 431 PHE 432 LEU 433 ARG 434 ALA 435 GLU 436 LEU 437 ASP 438 GLU 439 LEU 440