Last 10 Commits for proof

commit e17ac881666f7c400fd2b7810cc6a6a0c545982d Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:26:53 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 295e219..8d08777 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -1,6 +1,6 @@ proof.parsers -claim New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. +idea New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. experiment 1. Culture Neurospora strain requiring choline in logarithmic growth phase

commit c35c5e826b2666752f1fae28ce975032ed90a37d Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:26:19 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 7f2cc77..295e219 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -11,7 +11,7 @@ experiment 6. Repeat similar experiment with Tetrahymena using tritiated thymidine to label mitochondrial DNA 7. Track label distribution for four generations -prediction +predictions If mitochondria form de novo: - Two distinct populations would appear - one labeled, one unlabeled If mitochondria divide from existing ones:

commit fd80e4d8ed5d9ca64d16baa3978720a7c771308b Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:25:46 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 2a7c394..7f2cc77 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -2,7 +2,7 @@ proof.parsers claim New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. -method +experiment 1. Culture Neurospora strain requiring choline in logarithmic growth phase 2. Supply radioactively labeled choline (membrane precursor) 3. Transfer to non-radioactive medium

commit d579a0113362b13c0949753f9b56b67d0e115d71 Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:25:05 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 4519a9a..2a7c394 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -2,26 +2,25 @@ proof.parsers claim New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. - method - 1. Culture Neurospora strain requiring choline in logarithmic growth phase - 2. Supply radioactively labeled choline (membrane precursor) - 3. Transfer to non-radioactive medium - 4. At intervals, isolate mitochondria - 5. Spread mitochondria on slides for autoradiography - 6. Repeat similar experiment with Tetrahymena using tritiated thymidine to label mitochondrial DNA - 7. Track label distribution for four generations +method + 1. Culture Neurospora strain requiring choline in logarithmic growth phase + 2. Supply radioactively labeled choline (membrane precursor) + 3. Transfer to non-radioactive medium + 4. At intervals, isolate mitochondria + 5. Spread mitochondria on slides for autoradiography + 6. Repeat similar experiment with Tetrahymena using tritiated thymidine to label mitochondrial DNA + 7. Track label distribution for four generations - prediction - If mitochondria form de novo: - - Two distinct populations would appear - one labeled, one unlabeled - If mitochondria divide from existing ones: - - Label would be uniformly distributed among all mitochondria +prediction + If mitochondria form de novo: + - Two distinct populations would appear - one labeled, one unlabeled + If mitochondria divide from existing ones: + - Label would be uniformly distributed among all mitochondria - results - Neurospora experiment: - - Label was uniformly distributed among all mitochondria - Tetrahymena experiment: - - Label remained evenly distributed among all mitochondria through four generations of growth +results + Neurospora experiment: + - Label was uniformly distributed among all mitochondria + Tetrahymena experiment: + - Label remained evenly distributed among all mitochondria through four generations of growth - conclusion - The uniform distribution of labels in both experiments supports the hypothesis that new mitochondria arise from growth and division of preexisting mitochondria. The persistence of evenly distributed label through multiple generations particularly strengthens this conclusion by showing consistent inheritance of mitochondrial components. \ No newline at end of file +conclusion The uniform distribution of labels in both experiments supports the hypothesis that new mitochondria arise from growth and division of preexisting mitochondria. The persistence of evenly distributed label through multiple generations particularly strengthens this conclusion by showing consistent inheritance of mitochondrial components. \ No newline at end of file

commit c3d0035123218e501535dc5d7a1cfd96dc8be326 Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:24:33 +0000 Subject: updated proof.parsers diff --git a/proof.parsers b/proof.parsers index ce688a3..8ecc472 100644 --- a/proof.parsers +++ b/proof.parsers @@ -1,7 +1,7 @@ -hypothesisParser +claimParser description State a scientific hypothesis extends scrollParagraphParser - cue hypothesis + cue claim javascript defaultClassName = "proofHypothesis"

commit 75c12266d509dc215a90c1bb7dc1655315ce18c7 Author: ffff:12.186.22.250 <ffff:12.186.22.250@hub.scroll.pub> Date: 2025-01-10 15:24:26 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 44415ea..4519a9a 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -1,8 +1,6 @@ proof.parsers -proof - hypothesis - New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. +claim New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. method 1. Culture Neurospora strain requiring choline in logarithmic growth phase

commit c4db6d5ede2617a5b9899afa2852f464d132ae33 Author: ffff:98.234.60.71 <ffff:98.234.60.71@hub.scroll.pub> Date: 2025-01-10 14:54:05 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index 2ad9761..44415ea 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -1,3 +1,5 @@ +proof.parsers + proof hypothesis New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo.

commit 2728b3cc7c380260737634265676e431337a1d87 Author: ffff:98.234.60.71 <ffff:98.234.60.71@hub.scroll.pub> Date: 2025-01-10 14:54:01 +0000 Subject: updated mito-division.scroll diff --git a/mito-division.scroll b/mito-division.scroll index e69de29..2ad9761 100644 --- a/mito-division.scroll +++ b/mito-division.scroll @@ -0,0 +1,27 @@ +proof + hypothesis + New mitochondria arise from the growth and division of preexisting mitochondria, rather than forming de novo. + + method + 1. Culture Neurospora strain requiring choline in logarithmic growth phase + 2. Supply radioactively labeled choline (membrane precursor) + 3. Transfer to non-radioactive medium + 4. At intervals, isolate mitochondria + 5. Spread mitochondria on slides for autoradiography + 6. Repeat similar experiment with Tetrahymena using tritiated thymidine to label mitochondrial DNA + 7. Track label distribution for four generations + + prediction + If mitochondria form de novo: + - Two distinct populations would appear - one labeled, one unlabeled + If mitochondria divide from existing ones: + - Label would be uniformly distributed among all mitochondria + + results + Neurospora experiment: + - Label was uniformly distributed among all mitochondria + Tetrahymena experiment: + - Label remained evenly distributed among all mitochondria through four generations of growth + + conclusion + The uniform distribution of labels in both experiments supports the hypothesis that new mitochondria arise from growth and division of preexisting mitochondria. The persistence of evenly distributed label through multiple generations particularly strengthens this conclusion by showing consistent inheritance of mitochondrial components. \ No newline at end of file