Omega Point · Lab
Hypotheses
Every hypothesis every run has written, newest run first. Each row says where it is: being named, waiting for the rest of its run, checked for duplicates, approved and being explained, published. A duplicate names the earlier hypothesis it restates. A published row links to its public page; nothing else is a link.
Run: pipeline-133ea61e54e8the run
| Hypothesis▲ | Question asked▲ | Date▼ | Lens▲ | Status▲ |
|---|---|---|---|---|
| Healthy cells resist immune attack while infected and abnormal cells remain vulnerable IH_Q_L3_M_G3_3_01 · #0 Regulatory T cells could protect healthy cells without disabling self-reactive immune cells. In matched cells from the same individual, equal delivery of lethal cargo with selective healthy-cell survival—and reversal by disrupting their survival machinery—would distinguish this claim. Explains the gap: When infection interrupts central self-antigen sampling, can peripheral regulation safely contain newly exported specificities, or does apparent tolerance merely conceal simultaneous loss of antiviral and abnormal-cell surveillance? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | target intrinsic damage resistance | Published live 2026-09-21 Published · poster rendering |
| Immune regulation can eliminate small self-reactive cell lineages by chance IH_Q_L3_M_G3_3_02 · #1 Small, newly exported immune-cell lineages may disappear when regulation makes death outpace division. Survival across replicate cultures should match extinction probabilities estimated from measured division and death rates; loss of protective lineages would make apparent tolerance unsafe. Explains the gap: When infection interrupts central self-antigen sampling, can peripheral regulation safely contain newly exported specificities, or does apparent tolerance merely conceal simultaneous loss of antiviral and abnormal-cell surveillance? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | stochastic lineage extinction | Published live 2026-09-21 Published · poster rendering |
| Immune regulation hides target peptides, containing self-attack but weakening surveillance IH_Q_L3_M_G3_3_03 · #2 In HLA-matched target cultures, the hypothesis predicts that regulation removes displayed peptides while killer immune cells survive. Restoring those peptides should restore killing, revealing whether apparent tolerance also conceals lost antiviral and tumor surveillance. Explains the gap: When infection interrupts central self-antigen sampling, can peripheral regulation safely contain newly exported specificities, or does apparent tolerance merely conceal simultaneous loss of antiviral and abnormal-cell surveillance? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | antigen processing biochemistry | Published live 2026-09-21 Published · poster rendering |
| Memory helper cells can sustain recall responses without the responding cells presenting antigen IH_Q_L3_M_G3_1_01 · #3 In aged-donor lymphoid cultures, memory follicular helper T cells may let recall B cells outcompete unfamiliar responses despite antibody masking. Repeated selection and descendant production by recall cells lacking surface HLA-II would test whether help bypasses recipient antigen presentation. Explains the gap: Can stronger pre-existing antibody reopen unfamiliar protective responses rather than entrench recall, and does uncoupling memory T-cell help reverse that benefit across repeated exposures? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Repeated pulling on antibody-bound deposits governs which immune responses can grow IH_Q_L3_M_G3_1_02 · #4 On follicular dendritic cells, repeated B-cell pulling is proposed to damage antibody-bound antigen deposits, first helping unfamiliar responses and then blocking them. A decisive observation would be an effect of prior pulling that survives replacement of all lymphocytes and resets when the presentation layer is repaired. Explains the gap: Can stronger pre-existing antibody reopen unfamiliar protective responses rather than entrench recall, and does uncoupling memory T-cell help reverse that benefit across repeated exposures? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Antibodies redirect immune help by changing how captured proteins are broken down IH_Q_L3_M_G3_1_03 · #5 Antibodies favor unfamiliar protective responses by changing which protein fragments B cells display to helper cells. Changing protein cleavage sites should reverse this benefit; directly supplying the helper fragment should erase the difference while antibody masking remains. Explains the gap: Can stronger pre-existing antibody reopen unfamiliar protective responses rather than entrench recall, and does uncoupling memory T-cell help reverse that benefit across repeated exposures? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | proteolytic epitope encoding | Published live 2026-09-21 Published · poster rendering |
| Borrowed familiar targets make recall immune cells kill unrelated new immune cells IH_Q_L3_M_G3_2_01 · #6 In aged-donor cultures, newly activated unfamiliar-specificity CD8 T cells borrow familiar peptide–major histocompatibility complexes and become recall-cell targets. Blocking recognition of those borrowed labels would restore persistence and target-specific killing without extra maintenance support. Explains the gap: Does exposure order switch unfamiliar-clone persistence across a Lotka–Volterra invasion threshold even when total antigen, sleep loss, and nutrient availability are identical? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | cytotoxic target misattribution | Published live 2026-09-21 Published · poster rendering |
| Exposure order blocks unfamiliar immune cells through receptor-specific inhibitory signals IH_Q_L3_M_G3_2_02 · #7 Familiar peptides can activate recall cells while inhibiting unfamiliar T-cell receptors. The hypothesis predicts that changing those peptides to avoid independently mapped inhibitory regions will remove the exposure-order deficit in lasting unfamiliar-cell descendants. Explains the gap: Does exposure order switch unfamiliar-clone persistence across a Lotka–Volterra invasion threshold even when total antigen, sleep loss, and nutrient availability are identical? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Exposure order can cause chance loss of unfamiliar immune cells despite favorable average growth IH_Q_L3_M_G3_2_03 · #8 In primary-cell cultures, unfamiliar immune cells may disappear by chance despite positive average growth. Increasing founder numbers should reduce complete loss without changing growth per cell, familiar-response cell abundance or antigen recognition; persistent receptor-specific loss would favor rivals. Explains the gap: Does exposure order switch unfamiliar-clone persistence across a Lotka–Volterra invasion threshold even when total antigen, sleep loss, and nutrient availability are identical? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | stochastic demographic extinction | Published live 2026-09-21 Published · poster rendering |
| New antiviral cells kill protective tissue residents that borrow viral labels IH_Q_L3_M_G3_4_01 · #9 In an aged latent-virus model, incoming antiviral T cells would kill uninfected protective residents carrying borrowed viral labels. Removing those labels should prevent resident death and viral breakthrough while preserving recognition of infected targets. Explains the gap: Can establishing functional successors before predecessor contraction worsen latent-virus control by displacing protective tissue residents, despite preserved blood recall and broader circulating responses? Adversarial gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | acquired antigen identity | Archived Duplicate of Borrowed familiar targets make recall immune cells kill unrelated new immune cells |
| Incoming immune cells disrupt resident cells’ antiviral signaling through long pauses IH_Q_L3_M_G3_4_02 · #10 In aged latent-virus control, incoming replacement immune cells may leave resident defenders present but interrupt their antiviral signaling. More long signaling gaps at matched average activity, and restored local viral control when timing is repaired, would distinguish this mechanism. Explains the gap: Can establishing functional successors before predecessor contraction worsen latent-virus control by displacing protective tissue residents, despite preserved blood recall and broader circulating responses? Adversarial gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Dominant recalled immune cells can sustain infection by killing local support cells IH_Q_L3_M_G3_5_01 · #11 In a subset of older adults, recalled cytotoxic T cells may sustain tissue infection by killing uninfected dendritic cells. In autologous infected tissue cultures, removing the dominant population must improve presenter survival before pathogen control; adding it back must reverse rescue. Explains the gap: When blood repertoires and functional panels improve, do emerging protection gaps follow absent specificities or inaccessible tissue niches, and can restoring local access rescue function without generating new clones? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | effector induced support cell deletion | Published live 2026-09-21 Published · poster rendering |
| Delayed nutrient depletion causes recurring gaps in local immune protection IH_Q_L3_M_G3_5_02 · #12 In perfused autologous tissue cultures, the hypothesis predicts that delayed tryptophan depletion disables protective cells already present. Restoring tryptophan during the depleted phase must rescue protection better than an equal-total supplement outside that phase. Explains the gap: When blood repertoires and functional panels improve, do emerging protection gaps follow absent specificities or inaccessible tissue niches, and can restoring local access rescue function without generating new clones? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Resource and energy | Published live 2026-09-21 Published · poster rendering |
| The blood vessel lining kills protective immune cells as they enter tissue IH_Q_L3_M_G3_5_03 · #13 In endothelial cultures under flow coupled to a person's own tissue, existing protective lymphocytes could restore local protection if entry-associated death is the defect. Blocking endothelial Fas ligand or placing the same cells beyond the lining would rescue entry or protection without changing their receptors. Explains the gap: When blood repertoires and functional panels improve, do emerging protection gaps follow absent specificities or inaccessible tissue niches, and can restoring local access rescue function without generating new clones? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Interfaces and barriers | Published live 2026-09-21 Published · poster rendering |
| Bacterial signals can sustain immune protection after further antigen recognition stops IH_Q_L3_M_G1_1_01 · #14 In older-donor cultures, bacterial ribonucleic acid (RNA) signals to antigen-presenting cells (APCs) would sustain timely killing and functional antibody production after initial recognition. Rescue after further antigen signaling stops would distinguish instruction from continued antigen availability. Explains the gap: Can accelerating innate killing shorten antigen availability enough to delay adaptive protection, and does independently preserving presentable antigen prevent this reversal without permitting viable-pathogen escape? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | postcommitment differentiation instruction | Published live 2026-09-21 Published · poster rendering |
| Rapid killing delays immune protection when cells cannot meet before antigen display ends IH_Q_L3_M_G1_1_02 · #15 In microwell cultures and matched helper–B-cell cultures from the same donor, the hypothesis predicts that earlier contact with antigen-presenting cells restores the onset of cell killing and antibody production without extending antigen display; rescue must track completed contacts. Explains the gap: Can accelerating innate killing shorten antigen availability enough to delay adaptive protection, and does independently preserving presentable antigen prevent this reversal without permitting viable-pathogen escape? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | temporal service scheduling | Published live 2026-09-21 Published · poster rendering |
| Clearing dead immune cells releases a signal that delays adaptive protection IH_Q_L3_M_G1_1_03 · #16 After accelerated innate killing, clearance of dead phagocytes releases prostaglandin E2 that delays adaptive differentiation despite persistent antigen. Transfer of the delay through sterile culture medium, reversed by blocking the recipient receptor, would distinguish this mechanism. Explains the gap: Can accelerating innate killing shorten antigen availability enough to delay adaptive protection, and does independently preserving presentable antigen prevent this reversal without permitting viable-pathogen escape? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | efferocytic paracrine suppression | Published live 2026-09-21 Published · poster rendering |
| Early neutrophil recruitment impairs clearance by chemically damaging protective antibodies IH_Q_L3_M_G1_2_01 · #17 In paired older-donor perfused tissues, recruited neutrophils are proposed to disable immunoglobulin G (IgG). Replacing damaged antibody should restore total-system viable-pathogen clearance; transferring it into tissue with open vessels should impair clearance, distinguishing chemical damage from blocked access. Explains the gap: Can reducing early recruitment improve subsequent pathogen clearance by preventing vascular obstruction, and which burden-and-access threshold distinguishes beneficial restraint from loss of containment? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | extracellular effector chemical inactivation | Published live 2026-09-21 Published · poster rendering |
| Limiting early immune recruitment protects clearance by preserving independent blood routes IH_Q_L3_M_G1_2_02 · #18 In matched vascular networks serving identical infected sites, limiting early immune-cell recruitment would preserve protective delivery through independent routes. Changing whether routes fail together should improve delivery and pathogen clearance without changing average flow or antibody chemistry. Explains the gap: Can reducing early recruitment improve subsequent pathogen clearance by preventing vascular obstruction, and which burden-and-access threshold distinguishes beneficial restraint from loss of containment? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Restraining immune recruitment only appears to clear pathogens because blood flow moves them IH_Q_L3_M_G1_2_03 · #19 In a closed, fully sampled perfusion system, restraining immune-cell recruitment lowers local pathogen counts by moving living organisms elsewhere. Accounting for all compartments and independently measuring killing would distinguish redistribution from improved clearance. Explains the gap: Can reducing early recruitment improve subsequent pathogen clearance by preventing vascular obstruction, and which burden-and-access threshold distinguishes beneficial restraint from loss of containment? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Measurement and interpretation | Published live 2026-09-21 Published · poster rendering |
| Timely immune activation in some older adults requires mitochondria from support cells IH_Q_L3_M_G1_3_01 · #20 In a subset of impaired older adults, immune responders would need mitochondria from support cells to become protective on time. Restoring transfer after antigen recognition would rescue timely responses; normal timing without transfer would refute the claim. Explains the gap: Does Kingman's queueing approximation predict target-specific priming deadline failures under concurrent mild demands, or do antigen-priority interactions cause failures even when measured presentation capacity remains unsaturated? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Interfaces and barriers | Published live 2026-09-21 Published · poster rendering |
| Competing immune cells disrupt the contacts needed for timely immune responses IH_Q_L3_M_G1_3_02 · #21 Antigen-specific lymphocytes may displace one another from antigen-presenting cells despite spare contact capacity. Displacement before failed contacts, rescue by physical separation, and better delay predictions from an interference model would distinguish this mechanism. Explains the gap: Does Kingman's queueing approximation predict target-specific priming deadline failures under concurrent mild demands, or do antigen-priority interactions cause failures even when measured presentation capacity remains unsaturated? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Concurrent immune demands create apparent failures by changing measurement proportions IH_Q_L3_M_G1_3_03 · #22 The hypothesis says concurrent immune challenges preserve absolute target-specific protection and its timing, but change the proportions used to report them. Correcting those proportions would remove apparent failures; reproducible loss of protection or delayed response onset would refute it. Explains the gap: Does Kingman's queueing approximation predict target-specific priming deadline failures under concurrent mild demands, or do antigen-priority interactions cause failures even when measured presentation capacity remains unsaturated? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Measurement and interpretation | Published live 2026-09-21 Published · poster rendering |
| Some neutralizing antibodies preserve infectious particles and delay clearance IH_Q_L3_M_G1_5_01 · #23 In older-donor tissue, antibodies may block immediate infection while preserving particles that later restart it. The deciding observation is greater recoverable infectivity after antibody removal, persisting without cells and with antibodies whose Fc region cannot recruit immune effectors. Explains the gap: Does target-matched passive antibody fail to bridge handoff delays despite protective blood activity, and can restoring local transport rescue clearance without increasing dose, falsifying circulating functional restoration as sufficient protection? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | pathogen conformational preservation | Published live 2026-09-21 Published · poster rendering |
| Viral capture of antibody tails blocks multiple routes for eliminating infected cells IH_Q_L3_M_G1_5_02 · #24 In older-donor tissue, human cytomegalovirus may block several immune killing routes by capturing antibody tails. Preventing that capture should restore infected-cell elimination and reduce viable pathogen burden at unchanged antibody dose and local concentration; better delivery alone should fail. Explains the gap: Does target-matched passive antibody fail to bridge handoff delays despite protective blood activity, and can restoring local transport rescue clearance without increasing dose, falsifying circulating functional restoration as sufficient protection? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | execution common cause failure | Published live 2026-09-21 Published · poster rendering |
| Blood antibody tests overstate protection when they do not match tissue infection IH_Q_L3_M_G1_5_03 · #25 The hypothesis says blood antibody tests misrepresent protection against tissue infection because they use different pathogen-producing and target cells. Matching those cells and the infection route should remove the discrepancy; continued escape despite a protective matched result would reject it. Explains the gap: Does target-matched passive antibody fail to bridge handoff delays despite protective blood activity, and can restoring local transport rescue clearance without increasing dose, falsifying circulating functional restoration as sufficient protection? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | assay domain mismatch | Published live 2026-09-21 Published · poster rendering |
| Damaged collagen sustains tissue injury by generating oxidants under ordinary loading IH_Q_L3_M_G2_2_01 · #26 In a subset of older tissues, damaged collagen could sustain injury after dead-cell disposal recovers. The deciding observation is whether loaded, cell-free matrix generates oxidants that injure epithelial cultures, and whether intercepting those chemicals prevents injury without changing matrix mechanics. Explains the gap: Does post-clearance dysfunction follow the immune cells or the tissue matrix when reciprocal transfers separate injury history from restored corpse disposal? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | extracellular mechanochemical injury | Published live 2026-09-21 Published · poster rendering |
| A self-reinforcing pull between cells and tissue matrix sustains injury after clearance IH_Q_L3_M_G2_2_02 · #27 In stromal–immune cocultures, injury would persist because cell traction and matrix prestress reinforce each other. Independently measured mechanical responses would predict recovery; reducing coupling would restore declining injury, while loaded cell-free matrix would produce insufficient oxidants. Explains the gap: Does post-clearance dysfunction follow the immune cells or the tissue matrix when reciprocal transfers separate injury history from restored corpse disposal? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Antibodies can physically shield infected cells from killer T cells in aged mucosa IH_Q_L3_M_G1_4_01 · #28 In donor-matched perfused mucosal cultures, protective antibodies may obstruct cytotoxic T lymphocytes (CTLs), making simultaneous activity worse than cellular-first delivery. A penalty that disappears with reduced antibody bulk at matched occupancy and neutralization would support physical shielding. Explains the gap: At matched cellular and antibody response magnitudes, does correcting their phase relative to tissue access restore containment, or can synchronization worsen protection by eliminating complementary coverage windows? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Antibodies and immune cells clear infection better when they act on the same target IH_Q_L3_M_G1_4_02 · #29 With donor-matched immune cells, protection depends on antibodies and cells occupying the same infected target during antigen exposure. A clearance advantage lost when antibody–cell engagement is blocked, while direct neutralization remains, would support this claim. Explains the gap: At matched cellular and antibody response magnitudes, does correcting their phase relative to tissue access restore containment, or can synchronization worsen protection by eliminating complementary coverage windows? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | effector action complementarity | Published live 2026-09-21 Published · poster rendering |
| Drifting timing between antimicrobial defence and tissue repair causes repeated recovery failure IH_Q_L3_M_G2_4_01 · #30 In older-donor epithelial–immune co-cultures, with young-donor references, independently measured rhythms and coupling would predict when defence and repair stay aligned. Retuning frequencies across that boundary would restore bounded recovery delays without increasing cumulative antimicrobial activity. Explains the gap: Does repeated-challenge recovery fail at an Adler phase-locking threshold, and can correcting timing alone restore bounded clearance-to-repair delays without increasing total immune activity? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Clock proteins block repair in older tissue independently of their timing role IH_Q_L3_M_G2_4_02 · #31 In older-donor cultures, removing clock proteins from repair-control sites would restore recovery even without daily rhythms. Recovery matching healthy-young cultures across irregular challenges, while retiming alone fails with the brake maintained, would distinguish blocked repair from faulty timing. Explains the gap: Does repeated-challenge recovery fail at an Adler phase-locking threshold, and can correcting timing alone restore bounded clearance-to-repair delays without increasing total immune activity? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | clock protein transcriptional repression | Published live 2026-09-21 Published · poster rendering |
| Clearing dead cells can seed new viral infections while immune defenses remain intact IH_Q_L3_M_G2_1_01 · #32 In a restricted subset of older hosts, clearing dead cells could let their viral DNA start productive infection in previously uninfected cells. The deciding observation is new infectious virus from those recipients despite preserved antiviral defenses. Explains the gap: Can enhanced efferocytosis accelerate apparent resolution yet increase residual microbial growth or distant viral reactivation, even when local killing initially improves? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | viral genome redeployment | Published live 2026-09-21 Published · poster rendering |
| Enhanced engulfment removes still-functional protective cells and permits microbial rebound IH_Q_L3_M_G2_1_02 · #33 Enhanced engulfment may improve early clearance but later remove protective lymphocytes that can still recover and kill targets. The decisive observation is that selectively preventing their engulfment eliminates microbial rebound while corpse disposal and inflammatory withdrawal continue. Explains the gap: Can enhanced efferocytosis accelerate apparent resolution yet increase residual microbial growth or distant viral reactivation, even when local killing initially improves? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | protective cell phagoptosis | Published live 2026-09-21 Published · poster rendering |
| Host cell division enables dormant bacteria to awaken in some mucosal infections IH_Q_L3_M_G2_3_01 · #34 In older-donor urothelial cultures, the hypothesis predicts that host cell division is necessary for bacterial awakening. Blocking division and then releasing it tests this claim; equally frequent awakening in persistently nondividing infected cells would refute it. Explains the gap: Can faster epithelial closure prolong infection by trapping viable organisms, and what experimentally measured clearance threshold makes accelerated repair protective rather than self-defeating? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | host cell cycle pathogen licensing | Published live 2026-09-21 Published · poster rendering |
| Rapid repair can silence infection alarms before microbes are controlled IH_Q_L3_M_G2_3_02 · #35 In an epithelial–immune co-culture, repair could switch off antimicrobial defense while viable organisms remain accessible. The hypothesis predicts that alarm activity falls before killing falls and infection rebounds; independently maintaining killing prevents rebound without changing closure. Explains the gap: Can faster epithelial closure prolong infection by trapping viable organisms, and what experimentally measured clearance threshold makes accelerated repair protective rather than self-defeating? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| A pathogen-induced survival program explains persistence associated with faster repair IH_Q_L3_M_G2_3_03 · #36 In a pathogen model with verified epithelial growth-factor activation, faster closure would accompany persistence without causing it. Accelerating cell migration alone would not increase viable burden or rebound; blocking survival signaling would reduce persistence even with closure timing restored. Explains the gap: Can faster epithelial closure prolong infection by trapping viable organisms, and what experimentally measured clearance threshold makes accelerated repair protective rather than self-defeating? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | pathogen driven common cause | Published live 2026-09-21 Published · poster rendering |
| Defective proteins delay immune recovery after clustered vaccination IH_Q_L3_M_G4_1_01 · #37 In surviving mature immune cells, defective proteins may delay recovery without reducing cell abundance. The deciding observation is faster recovery across impaired functions after a brief reduction in protein synthesis and washout, accompanied by defective-protein removal. Explains the gap: At matched cumulative antigen load, does clustered vaccination create recovery debt despite satisfying the queue-stability condition, and can aligning sleep and meals eliminate that debt without increasing immune-cell abundance? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | biosynthetic quality failure | Published live 2026-09-21 Published · poster rendering |
| Clustered vaccination delays immune recovery by weakening shared peroxide removal IH_Q_L3_M_G4_1_02 · #38 In postchallenge immune cells, insufficient shared peroxide removal would impair recovery despite unchanged cell numbers. Boosting removal in a tagged subset should restore neighboring cells' function and reduce their own antioxidant investment; rescue alone would not establish the proposed trade-off. Explains the gap: At matched cumulative antigen load, does clustered vaccination create recovery debt despite satisfying the queue-stability condition, and can aligning sleep and meals eliminate that debt without increasing immune-cell abundance? | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | local collective detoxification | Published live 2026-09-21 Published · poster rendering |
| Old plasma cells can survive a loss of antibody protection and later restore it IH_Q_L3_M_G4_2_01 · #39 In aged marrow cultures, incoming antibody-producing cells may suppress established protection by dismantling the secretory endoplasmic reticulum. Recovery of protective output from the same surviving plasma cells after selective repair, without antigen or division, would distinguish this from cell loss. Explains the gap: Could stronger responses to new vaccines erase established antibody protection, and does increasing stromal lodging capacity prevent losses that extra soluble survival signals cannot? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | secretory organelle turnover | Published live 2026-09-21 Published · poster rendering |
| New antibody-producing cell clusters can kill older cells by changing nearby survival signals IH_Q_L3_M_G4_2_02 · #40 In marrow cultures, new antibody-producing cell clusters may suppress nearby survival signals and kill established cells. Matched contact layouts and selective removal of soluble BCMA test whether spacing and local signaling, rather than available contact area alone, determine survival. Explains the gap: Could stronger responses to new vaccines erase established antibody protection, and does increasing stromal lodging capacity prevent losses that extra soluble survival signals cannot? Fragile gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Clearing residual bacteria redirects protein-cutting enzymes toward host tissue IH_Q_L3_M_G2_5_01 · #41 In some older adults with residual bacterial infection, clearing bacteria may remove proteins that compete with host tissue for enzyme cleavage. In paired tissue cultures, replacement with cleavable microbial protein must prevent injury without preserving infection; a cleavage-resistant counterpart must fail. Explains the gap: When blood inflammation normalizes but function deteriorates, can selective pathogen suppression versus extracellular injury-cargo neutralization distinguish occult infection from autonomous tissue damage before either exceeds recovery limits? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | catalytic substrate competition | Published live 2026-09-21 Published · poster rendering |
| Self-organized danger and inhibitor signals sustain tissue injury after infection clears IH_Q_L3_M_G2_5_02 · #42 In aged tissue, local extracellular danger signals and a more widely spreading inhibitor could sustain injury after microbial elimination. The claim depends on predicting injury spacing and abolishing persistent injury by redistributing inhibitor at matched mean exposure. Explains the gap: When blood inflammation normalizes but function deteriorates, can selective pathogen suppression versus extracellular injury-cargo neutralization distinguish occult infection from autonomous tissue damage before either exceeds recovery limits? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Infection leaves chromosome damage that causes delayed tissue loss during repair IH_Q_L3_M_G2_5_03 · #43 In donor-derived organoids, pre-existing chromosome damage causes delayed cell loss during repair despite pathogen suppression and extracellular cargo neutralization. Injury should follow faulty divisions and shift with a reversible delay in cell-cycle entry. Explains the gap: When blood inflammation normalizes but function deteriorates, can selective pathogen suppression versus extracellular injury-cargo neutralization distinguish occult infection from autonomous tissue damage before either exceeds recovery limits? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | replication coupled genomic failure | Published live 2026-09-21 Published · poster rendering |
| Mechanical conditioning restores lasting killing ability in natural killer cells IH_Q_L3_M_G4_4_01 · #44 The hypothesis says repeated deformation restores natural killer (NK) cell killing capacity. Sustained gains after ligand-free conditioning and washout, plus immune benefit from mobilization when practical support is matched, would distinguish it from improved care delivery. Explains the gap: When mobility recovers but immunity does not, does mobilization directly restore immune recovery capacity, or does its apparent benefit depend on restored access to meals, medication and care? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Structure and topology | Published live 2026-09-21 Published · poster rendering |
| Mobility recovery helps immunity through completed care and continued support IH_Q_L3_M_G4_4_02 · #45 In participants with comparable mobility gains, explicit care-task ownership and recovery communication would shorten immune recovery through completed care. Equalizing actual care delivery would remove this benefit, and mobilization would add no durable gain in killing by individual immune cells. Explains the gap: When mobility recovers but immunity does not, does mobilization directly restore immune recovery capacity, or does its apparent benefit depend on restored access to meals, medication and care? Proxy gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Stronger immune restraint restores protective killing by ending unproductive cell contacts IH_Q_L3_M_G4_3_01 · #46 In aged-donor immune–epithelial cultures, bounded stimulation of programmed cell death protein 1 (PD-1) would restore antiviral and malignant-target killing before repair is complete. The mechanism is rejected if either killing function fails to improve or the benefit persists under single-target confinement. Explains the gap: Does releasing postchallenge immune restraint after verified pathogen control restore surveillance only after tissue repair, with earlier release worsening injury and later release entrenching suppression? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | cytotoxic contact termination | Published live 2026-09-21 Published · poster rendering |
| Accumulated immune restraint prolongs suppression after tissue repair IH_Q_L3_M_G4_3_02 · #47 In donor-derived cocultures, accumulated interleukin-10 (IL-10) production drive would delay surveillance recovery after repair. Longer suppression after blockade and washout, despite matched current conditions, and prevention by stopping new production would distinguish this mechanism. Explains the gap: Does releasing postchallenge immune restraint after verified pathogen control restore surveillance only after tissue repair, with earlier release worsening injury and later release entrenching suppression? Clash gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |
| Persistent cell-death activity may protect abnormal cells from immune attack IH_Q_L3_M_G4_5_01 · #48 In tissue cultures from panel-recovered participants, abnormal cells may survive despite recognition and attack. Suppressing their apoptotic caspases—enzymes involved in programmed cell death—must increase killing after persistent activity develops but reduce killing before attack to support this claim. Explains the gap: Can complete recovery on multidomain functional panels repeatedly coexist with tissue surveillance failure that predicts subsequent clinical harm, falsifying sampled-domain recovery as a sufficient system state? Adversarial gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | target death execution inversion | Published live 2026-09-21 Published · poster rendering |
| Do hidden tissue targets escape immune attack by looking too much like healthy cells? IH_Q_L3_M_G4_5_02 · #49 The hypothesis says tissue targets escape working immune defenses because their recognition signals resemble healthy cells. In matched cells from the same person, an independent distinguishing signal should restore selective killing better than an equally strong redundant signal. Explains the gap: Can complete recovery on multidomain functional panels repeatedly coexist with tissue surveillance failure that predicts subsequent clinical harm, falsifying sampled-domain recovery as a sufficient system state? Adversarial gap | In people with age-related immune dysfunction, what conditions are necessary and jointly sufficient to durably restore key functions of innate and adaptive immunity to levels within the ranges observed in healthy young adults, while preserving protective immunological memory, self-tolerance, and control of latent infections? | 2026-09-20 22:32 | Information and sensing | Published live 2026-09-21 Published · poster rendering |